Bend-Tech 7x Wiki - User contributions [en]

Tube Centerline Import

2020-06-25T16:04:42Z

BT-Hawk:

'''[[Main Page|Bend-Tech 7x Wiki]] :: [[Main Menu Bar]] :: [[File]] :: [[Import]] :: Tube Centerline Import'''
__NOTOC__
==Important Information==
'''"When importing the tube centerline .dxf file, remember that Bend-Tech will not accept files including both front and side views as in other CAD programs. Bend-Tech will import the centerline only and it must be the sole part(s) of the drawing. Additional on-screen dimensions, unnecessary lines and features will not be imported."'''

==Importing a File==
'''To import a file, place the cursor on the "Import" option in the "File" menu and select an option from the menu. Choose a file to import and Click "Open" to open it into an Import Part window.'''

[[File:import_dxf_clr.jpg]]

To import a '''Tube Centerline DXF''' file, place the cursor over '''Import''' and select '''Tube Centerline (.dxf)''' in the list. Choose which file to import in the Import DXF File window. Click 'Open' to open it into an Import Part window. An Import/Export DXF window will open. Choose "Alternate Method."

A grey/black skeleton outline of the part will be shown in the part display frame. The lines shown are all based on the centerline of the part.

<h3>Die and Material</h3>
In the top left corner, a material and die can be selected.

'''To select a material''', click the drop down menu below 'Select Material:' and choose a material from the list. To view the [[Tube/Pipe Library]], click the '''Library''' button next to the material selection.

'''To select a die''', click the drop down menu below 'Select Die:' and choose a die from the list. Once a die is selected, the CLR, calibrated CLR, and bend location offset of the selected die will be shown to the right. Directly below the Select Die drop down menu, the original CLR of the imported part will be shown after 'Detected CLR:'. To view the [[Die Library]], click the '''Library''' button next to the die selection.

<h3>Define</h3>

*'''Start:''' To manually define the part, click the '''Start''' button [[File:start.png]] and click on the section lines along the part to define it. The sections of the part will turn red as they are being defined.

*'''Auto Track:''' To automatically track and define the shape of the part, click the '''Auto Track''' button. [[File:auto_track.png]] This option will only be available after 'Start' and at least one point on the part shape has been selected.

*'''Flip Arc:''' To reverse the direction of an arc, click the '''Flip Arc''' button. [[File:flip_arc.png]] This will completely change the direction and angle of the arc/bend.

*'''Generate Part:''' When the part is fully defined, either by manually selecting sections or by using the Auto Track function, click the '''Generate Part''' [[File:Imp_Gen_Part1.png]] button to bring the bend information into the Part Details chart. Once the part is successfully defined, use the '''Transfer''' menu [[File:transfer.png]] to send the part design to a part interface, nesting project, assembly, etc. Only 1 part can be transferred to an Assembly at a time.

<h3>Transfer</h3>
Once a part has been generated and the display looks correct, Go to the top toolbar and select "Transfer". With the transfer options open, choose the location you wish to send your defined part.

<h3>Part Details</h3>
[[File:import_dxf_1.png|right]]
In the top right corner, the part details chart is shown. Once the part has been defined properly and the 'Generate Part' button has been clicked, each bend will be listed with the radius, and a column where each die must be chosen. To select a die for each bend, click on either the die or open space that is currently listed in the Die column. Once clicked, a drop down menu will appear. Click the drop down menu and select a die. To delete a bend, select any of the cells in the bend's row and click the 'Delete Bend' button. If there is only one bend, it cannot be deleted. The part needs at least one bend. After the part has been properly defined and generated, check the '''Show Part''' option to generate the part in the chosen material.

<h3>Settings</h3>

'''Die References'''
[[File:import_dxf_4.png|right|300px]]
Die references can be set up by clicking the '''Die''' button [[File:die_ref_control.png]] below 'Import References'. This will open the Die References window. The purpose of die references is to automatically assign a die to any bends in a part that have the same material and import radius as the reference. For example, if an imported part is brought into the import interface and is assigned a material that matches the material reference (Under Die and Material in the top right corner) and has the same import radius as the die reference, once 'Generate Part' is clicked, the die reference die will be automatically chosen as the die in the Part Details chart. On the left side of the die references window, there is a list of die references. To view information about a die reference, select it by clicking its name in the list. The fields to the right will display the selected die reference's details. To add a new die reference, click the 'New' button at the bottom of the window. Enter the die reference's name in the 'Name:' field, select a die from the Die drop down menu, select a material from the 'Material' drop down menu, enter an import radius, and select which units to use. Click the 'Apply' button to add it to the list. To delete a die reference, select the die reference from the list and click the 'Delete' button. Click 'Close' to close the Die References window.

'''Material References'''
[[File:import_dxf_5.png|right|300px]]
Material references can be set up by clicking the '''Material''' button [[File:material_ref.png]] below 'Import References'. This will open the Material References window. The purpose of a material reference is to automatically select a material for a part if it has the same import diameter of the material reference. For example, if an imported part has a 2 inch diameter and a material reference's assigned import diameter is 2 inches, the material reference material will be automatically selected (Under Die and Material in the top right corner) once the part is brought into the import interface. A list of all material references will be shown on the left side of the window. To view information about a material reference, select it by clicking its name in the list. The fields to the right will display the selected material reference's details. To add a new material reference, click the 'New' button at the bottom of the window. Enter the material reference's name in the 'Name:' field, select a material from the Material drop down menu, enter a import diameter in the 'Import Diameter' field, and select which units to use. Click the 'Apply' button to add it to the list. To delete a material reference, select the material reference from the list and click the 'Delete' button. Click 'Close' to close the Material References window.

Tube Centerline Import

2020-06-25T16:04:31Z

BT-Hawk:

Tube Centerline Import

2020-06-25T16:04:16Z

BT-Hawk:

Tube Centerline Import

2020-06-25T16:03:21Z

BT-Hawk:

'''[[Main Page|Bend-Tech 7x Wiki]] :: [[Main Menu Bar]] :: [[File]] :: [[Import]] :: Tube Centerline Import'''
__NOTOC__
==Important Information==
'''"When importing the tube centerline .dxf file, remember that Bend-Tech will not accept files including both front and side views as in other CAD programs. Bend-Tech will import the centerline only and it must be the sole part(s) of the drawing. Additional on-screen dimensions, unnecessary lines and features will not be imported."'''

==Importing a File==
'''To import a file, place the cursor on the "Import" option in the "File" menu and select an option from the menu. Choose a file to import and Click "Open" to open it into an Import Part window.'''

[[File:import_dxf_clr.jpg]]

To import a '''Tube Centerline DXF''' file, place the cursor over '''Import''' and select '''Tube Centerline (.dxf)''' in the list. Choose which file to import in the Import DXF File window. Click 'Open' to open it into an Import Part window. An Import/Export DXF window will open. Choose "Alternate Method."

A grey/black skeleton outline of the part will be shown in the part display frame. The lines shown are all based on the centerline of the part.

<h3>Die and Material</h3>
In the top left corner, a material and die can be selected.

'''To select a material''', click the drop down menu below 'Select Material:' and choose a material from the list. To view the [[Tube/Pipe Library]], click the '''Library''' button next to the material selection.

'''To select a die''', click the drop down menu below 'Select Die:' and choose a die from the list. Once a die is selected, the CLR, calibrated CLR, and bend location offset of the selected die will be shown to the right. Directly below the Select Die drop down menu, the original CLR of the imported part will be shown after 'Detected CLR:'. To view the [[Die Library]], click the '''Library''' button next to the die selection.

<h3>Define</h3>

*'''Start:''' To manually define the part, click the '''Start''' button [[File:start.png]] and click on the section lines along the part to define it. The sections of the part will turn red as they are being defined.

*'''Auto Track:''' To automatically track and define the shape of the part, click the '''Auto Track''' button. [[File:auto_track.png]] This option will only be available after 'Start' and at least one point on the part shape has been selected.

*'''Flip Arc:''' To reverse the direction of an arc, click the '''Flip Arc''' button. [[File:flip_arc.png]] This will completely change the direction and angle of the arc/bend.

*'''Generate Part:''' When the part is fully defined, either by manually selecting sections or by using the Auto Track function, click the '''Generate Part''' [[File:Imp_Gen_Part1.png]] button to bring the bend information into the Part Details chart. Once the part is successfully defined, use the '''Transfer''' menu [[File:transfer.png]] to send the part design to a part interface, nesting project, assembly, etc. Only 1 part can be transferred to an Assembly at a time.

<h3>Transfer</h3>
Once a part has been generated and the display looks correct, Go to the top toolbar and select "Transfer". With the transfer options open, choose the location you wish to send your defined part.

<h3>Settings</h3>

'''Die References'''
[[File:import_dxf_4.png|right|300px]]
Die references can be set up by clicking the '''Die''' button [[File:die_ref_control.png]] below 'Import References'. This will open the Die References window. The purpose of die references is to automatically assign a die to any bends in a part that have the same material and import radius as the reference. For example, if an imported part is brought into the import interface and is assigned a material that matches the material reference (Under Die and Material in the top right corner) and has the same import radius as the die reference, once 'Generate Part' is clicked, the die reference die will be automatically chosen as the die in the Part Details chart. On the left side of the die references window, there is a list of die references. To view information about a die reference, select it by clicking its name in the list. The fields to the right will display the selected die reference's details. To add a new die reference, click the 'New' button at the bottom of the window. Enter the die reference's name in the 'Name:' field, select a die from the Die drop down menu, select a material from the 'Material' drop down menu, enter an import radius, and select which units to use. Click the 'Apply' button to add it to the list. To delete a die reference, select the die reference from the list and click the 'Delete' button. Click 'Close' to close the Die References window.

'''Material References'''
[[File:import_dxf_5.png|right|300px]]
Material references can be set up by clicking the '''Material''' button [[File:material_ref.png]] below 'Import References'. This will open the Material References window. The purpose of a material reference is to automatically select a material for a part if it has the same import diameter of the material reference. For example, if an imported part has a 2 inch diameter and a material reference's assigned import diameter is 2 inches, the material reference material will be automatically selected (Under Die and Material in the top right corner) once the part is brought into the import interface. A list of all material references will be shown on the left side of the window. To view information about a material reference, select it by clicking its name in the list. The fields to the right will display the selected material reference's details. To add a new material reference, click the 'New' button at the bottom of the window. Enter the material reference's name in the 'Name:' field, select a material from the Material drop down menu, enter a import diameter in the 'Import Diameter' field, and select which units to use. Click the 'Apply' button to add it to the list. To delete a material reference, select the material reference from the list and click the 'Delete' button. Click 'Close' to close the Material References window.

<h3>Part Details</h3>
[[File:import_dxf_1.png|right]]
In the top right corner, the part details chart is shown. Once the part has been defined properly and the 'Generate Part' button has been clicked, each bend will be listed with the radius, and a column where each die must be chosen. To select a die for each bend, click on either the die or open space that is currently listed in the Die column. Once clicked, a drop down menu will appear. Click the drop down menu and select a die. To delete a bend, select any of the cells in the bend's row and click the 'Delete Bend' button. If there is only one bend, it cannot be deleted. The part needs at least one bend. After the part has been properly defined and generated, check the '''Show Part''' option to generate the part in the chosen material.

Tube Centerline Import

2020-06-25T16:02:49Z

BT-Hawk:

'''[[Main Page|Bend-Tech 7x Wiki]] :: [[Main Menu Bar]] :: [[File]] :: [[Import]] :: Tube Centerline Import'''
__NOTOC__
==Important Information==
'''"When importing the tube centerline .dxf file, remember that Bend-Tech will not accept files including both front and side views as in other CAD programs. Bend-Tech will import the centerline only and it must be the sole part(s) of the drawing. Additional on-screen dimensions, unnecessary lines and features will not be imported."'''

==Importing a File==
'''To import a file, place the cursor on the "Import" option in the "File" menu and select an option from the menu. Choose a file to import and Click "Open" to open it into an Import Part window.'''

[[File:import_dxf_clr.jpg]]

To import a '''Tube Centerline DXF''' file, place the cursor over '''Import''' and select '''Tube Centerline (.dxf)''' in the list. Choose which file to import in the Import DXF File window. Click 'Open' to open it into an Import Part window. An Import/Export DXF window will open. Choose "Alternate Method."

A grey/black skeleton outline of the part will be shown in the part display frame. The lines shown are all based on the centerline of the part.

<h3>Die and Material</h3>
In the top left corner, a material and die can be selected.

'''To select a material''', click the drop down menu below 'Select Material:' and choose a material from the list. To view the [[Tube/Pipe Library]], click the '''Library''' button next to the material selection.

'''To select a die''', click the drop down menu below 'Select Die:' and choose a die from the list. Once a die is selected, the CLR, calibrated CLR, and bend location offset of the selected die will be shown to the right. Directly below the Select Die drop down menu, the original CLR of the imported part will be shown after 'Detected CLR:'. To view the [[Die Library]], click the '''Library''' button next to the die selection.

<h3>Define</h3>

*'''Start:''' To manually define the part, click the '''Start''' button [[File:start.png]] and click on the section lines along the part to define it. The sections of the part will turn red as they are being defined.

*'''Auto Track:''' To automatically track and define the shape of the part, click the '''Auto Track''' button. [[File:auto_track.png]] This option will only be available after 'Start' and at least one point on the part shape has been selected.

*'''Flip Arc:''' To reverse the direction of an arc, click the '''Flip Arc''' button. [[File:flip_arc.png]] This will completely change the direction and angle of the arc/bend.

*'''Generate Part:''' When the part is fully defined, either by manually selecting sections or by using the Auto Track function, click the '''Generate Part''' [[File:Imp_Gen_Part1.png]] button to bring the bend information into the Part Details chart. Once the part is successfully defined, use the '''Transfer''' menu [[File:transfer.png]] to send the part design to a part interface, nesting project, assembly, etc. Only 1 part can be transferred to an Assembly at a time.

<h3>Transfer</h3>
Once a part has been generated and the display looks correct, Go to the top toolbar and select "Transfer". With the transfer options open, choose the location you wish to send your defined part.

<h3>Settings</h3>

'''Die References'''
[[File:import_dxf_4.png|right|300px]]
Die references can be set up by clicking the '''Die''' button [[File:die_ref_control.png]] below 'Import References'. This will open the Die References window. The purpose of die references is to automatically assign a die to any bends in a part that have the same material and import radius as the reference. For example, if an imported part is brought into the import interface and is assigned a material that matches the material reference (Under Die and Material in the top right corner) and has the same import radius as the die reference, once 'Generate Part' is clicked, the die reference die will be automatically chosen as the die in the Part Details chart. On the left side of the die references window, there is a list of die references. To view information about a die reference, select it by clicking its name in the list. The fields to the right will display the selected die reference's details. To add a new die reference, click the 'New' button at the bottom of the window. Enter the die reference's name in the 'Name:' field, select a die from the Die drop down menu, select a material from the 'Material' drop down menu, enter an import radius, and select which units to use. Click the 'Apply' button to add it to the list. To delete a die reference, select the die reference from the list and click the 'Delete' button. Click 'Close' to close the Die References window.

'''Material References'''
[[File:import_dxf_5.png|right|300px]]
Material references can be set up by clicking the '''Material''' button [[File:material_ref.png]] below 'Import References'. This will open the Material References window. The purpose of a material reference is to automatically select a material for a part if it has the same import diameter of the material reference. For example, if an imported part has a 2 inch diameter and a material reference's assigned import diameter is 2 inches, the material reference material will be automatically selected (Under Die and Material in the top right corner) once the part is brought into the import interface. A list of all material references will be shown on the left side of the window. To view information about a material reference, select it by clicking its name in the list. The fields to the right will display the selected material reference's details. To add a new material reference, click the 'New' button at the bottom of the window. Enter the material reference's name in the 'Name:' field, select a material from the Material drop down menu, enter a import diameter in the 'Import Diameter' field, and select which units to use. Click the 'Apply' button to add it to the list. To delete a material reference, select the material reference from the list and click the 'Delete' button. Click 'Close' to close the Material References window.

<h3>Part Details</h3>
[[File:import_dxf_1.png|right]]
In the top right corner, the part details chart is shown. Once the part has been defined properly and the 'Generate Part' button has been clicked, each bend will be listed with the radius, and a column where each die must be chosen. To select a die for each bend, click on either the die or open space that is currently listed in the Die column. Once clicked, a drop down menu will appear. Click the drop down menu and select a die. To delete a bend, select any of the cells in the bend's row and click the 'Delete Bend' button. If there is only one bend, it cannot be deleted. The part needs at least one bend. After the part has been properly defined and generated, check the '''Show Part''' option to generate the part in the chosen material.

Tube Centerline Import

2020-06-25T15:48:59Z

BT-Hawk:

'''[[Main Page|Bend-Tech 7x Wiki]] :: [[Main Menu Bar]] :: [[File]] :: [[Import]] :: Tube Centerline Import'''
__NOTOC__
==Important Information==
'''"When importing the tube centerline .dxf file, remember that Bend-Tech will not accept files including both front and side views as in other CAD programs. Bend-Tech will import the centerline only and it must be the sole part(s) of the drawing. Additional on-screen dimensions, unnecessary lines and features will not be imported."'''

==Importing a File==
'''To import a file, place the cursor on the "Import" option in the "File" menu and select an option from the menu. Choose a file to import in the Import (File Type) File window. Click "Open" to open it into an Import Part window.'''

[[File:import_dxf_clr.jpg]]

To import a '''Tube Centerline DXF''' file, place the cursor over '''Import''' and select '''Tube Centerline (.dxf)''' in the list. DXF files can also be imported from the [[View#Task Menu|Task Menu]] by selecting the '''3D DXF''' option under Import File. Choose which file to import in the Import DXF File window. Click 'Open' to open it into an Import Part window.

A grey/black skeleton outline of the part will be shown in the part display frame. The lines shown are all based on the centerline of the part.

<h3>Die and Material</h3>
In the top left corner, a material and die can be selected. The material selection will be shown in the 3D display of the imported part when the 'Preview Part' button is clicked.

'''To select a material''', click the drop down menu below 'Select Material:' and choose a material from the list. Once a material is selected, the diameter, wall thickness, and weight of the selected material will be shown to the right. To view the [[Tube/Pipe Library]], click the '''Library''' button next to the material selection. A material must be selected before a 3D shaded model of the part can be shown in the part display frame.

'''To select a die''', click the drop down menu below 'Select Die:' and choose a die from the list. Once a die is selected, the CLR, calibrated CLR, and bend location offset of the selected die will be shown to the right. Directly below the Select Die drop down menu, the original CLR of the imported part will be shown after 'Detected CLR:'. To view the [[Die Library]], click the '''Library''' button next to the die selection.

<h3>Define</h3>
[[File:import_dxf_2.png]]

*'''Start:''' To manually define the part, click the '''Start''' button [[File:start.png]] and click on the section lines along the part to define it. The sections of the part will turn red as they are being defined.

*'''Auto Track:''' To automatically track and define the shape of the part, click the '''Auto Track''' button. [[File:auto_track.png]] This option will only be available after 'Start' and at least one point on the part shape has been selected.

*'''Flip Arc:''' To reverse the direction of an arc, click the '''Flip Arc''' button. [[File:flip_arc.png]] This will completely change the direction and angle of the arc/bend.

*'''Generate Part:''' When the part is fully defined, either by manually selecting sections or by using the Auto Track function, click the '''Generate Part''' [[File:Imp_Gen_Part1.png]] button to bring the bend information into the Part Details chart. Once the part is successfully defined, use the '''Transfer''' menu [[File:transfer.png]] to send the part design to a part interface, nesting project, assembly, etc.

<h3>Parts</h3>
[[File:Imp_dxf_Parts_Tab1.png|right]]
* The part names will be listed here along with their respective material and die information.

====Select All====
[[File:Imp_Select_All1.png]]
*This will select all of the parts in the parts list. They can then all be transferred to an Assembly if directed by the user.

====Select None====
[[File:Imp_Select_None1.png]]
*This will deselect all of the parts in the parts list.

====Delete Part====
[[File:IMP_Delete_1.png]]
*This will delete the selected part(s) from the parts list and will remove their definition in the display screen to the right.

<h3>Verify</h3>
Under the Verify tab, the selected feature's attributes will be shown. Click on a feature to select it. If the selected feature is a line, the length, start and end points will be shown. If the selected feature is an arc, the radius, angle, center, start, and end locations will be shown.

[[File:import_dxf_verify_2.png]]

<h3>Settings</h3>

'''Die References'''
[[File:import_dxf_4.png|right|300px]]
Die references can be set up by clicking the '''Die''' button [[File:die_ref_control.png]] below 'Import References'. This will open the Die References window. The purpose of die references is to automatically assign a die to any bends in a part that have the same material and import radius as the reference. For example, if an imported part is brought into the import interface and is assigned a material that matches the material reference (Under Die and Material in the top right corner) and has the same import radius as the die reference, once 'Generate Part' is clicked, the die reference die will be automatically chosen as the die in the Part Details chart. On the left side of the die references window, there is a list of die references. To view information about a die reference, select it by clicking its name in the list. The fields to the right will display the selected die reference's details. To add a new die reference, click the 'New' button at the bottom of the window. Enter the die reference's name in the 'Name:' field, select a die from the Die drop down menu, select a material from the 'Material' drop down menu, enter an import radius, and select which units to use. Click the 'Apply' button to add it to the list. To delete a die reference, select the die reference from the list and click the 'Delete' button. Click 'Close' to close the Die References window.

'''Material References'''
[[File:import_dxf_5.png|right|300px]]
Material references can be set up by clicking the '''Material''' button [[File:material_ref.png]] below 'Import References'. This will open the Material References window. The purpose of a material reference is to automatically select a material for a part if it has the same import diameter of the material reference. For example, if an imported part has a 2 inch diameter and a material reference's assigned import diameter is 2 inches, the material reference material will be automatically selected (Under Die and Material in the top right corner) once the part is brought into the import interface. A list of all material references will be shown on the left side of the window. To view information about a material reference, select it by clicking its name in the list. The fields to the right will display the selected material reference's details. To add a new material reference, click the 'New' button at the bottom of the window. Enter the material reference's name in the 'Name:' field, select a material from the Material drop down menu, enter a import diameter in the 'Import Diameter' field, and select which units to use. Click the 'Apply' button to add it to the list. To delete a material reference, select the material reference from the list and click the 'Delete' button. Click 'Close' to close the Material References window.

<h3>Part Details</h3>
[[File:import_dxf_1.png|right]]
In the top right corner, the part details chart is shown. Once the part has been defined properly and the 'Generate Part' button has been clicked, each bend will be listed with the radius, and a column where each die must be chosen. To select a die for each bend, click on either the die or open space that is currently listed in the Die column. Once clicked, a drop down menu will appear. Click the drop down menu and select a die. To delete a bend, select any of the cells in the bend's row and click the 'Delete Bend' button. If there is only one bend, it cannot be deleted. The part needs at least one bend. After the part has been properly defined and generated, check the '''Show Part''' option to generate the part in the chosen material.

SolidWorks

2019-12-06T22:10:25Z

BT-Hawk:

If you have just recently purchased the SW module and have not yet registered the plugin, please do so by following the instructions on the [[Bend-Tech SW Module Installation]].

'''Things to Know''':

*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks Importing===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. To import a part from SolidWorks™, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]]
[[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]]

[[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

'''The import process is complete.

SolidWorks

2019-12-06T22:10:11Z

BT-Hawk:

If you have just recently purchased the SW module and have not yet registered the plugin, please do so by following the instructions on the

[[Bend-Tech SW Module Installation]].
'''Things to Know''':

*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks Importing===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. To import a part from SolidWorks™, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]]
[[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]]

[[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

'''The import process is complete.

SolidWorks

2019-12-06T22:09:34Z

BT-Hawk:

[[Bend-Tech SW Module Installation]].If you have just recently purchased the SW module and have not yet registered the plugin, please do so by following the instructions on the

'''Things to Know''':

*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks Importing===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. To import a part from SolidWorks™, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]]
[[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]]

[[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

'''The import process is complete.

SolidWorks

2019-12-06T22:08:41Z

BT-Hawk:

SolidWorks

2019-12-06T22:07:53Z

BT-Hawk:

If you have just recently purchased the SW module and have not yet registered the plugin, please do so by following the instructions on the [[Bend-Tech SW Module Installation]].

'''Things to Know''':

*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. To import a part from SolidWorks™, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]]
[[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]]

[[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

'''The import process is complete.

SolidWorks

2019-12-06T22:06:57Z

BT-Hawk:

If you have just recently purchased the SW module and have not yet registered the plugin, please do so by following the instructions on the [[Bend-Tech SW Module Installation]].

Things to know:

*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. To import a part from SolidWorks™, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]]
[[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]]

[[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

'''The import process is complete.

SolidWorks

2019-12-06T22:06:29Z

BT-Hawk:

BEFORE BEGINNING:

If you have just recently purchased the SW module and have not yet registered the plugin, please do so by following the instructions on the [[Bend-Tech SW Module Installation]].

*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. To import a part from SolidWorks™, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]]
[[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]]

[[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

'''The import process is complete.

SolidWorks

2019-12-06T22:06:19Z

BT-Hawk:

BEFORE BEGINNING:
If you have just recently purchased the SW module and have not yet registered the plugin, please do so by following the instructions on the [[Bend-Tech SW Module Installation]].

*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. To import a part from SolidWorks™, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]]
[[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]]

[[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

'''The import process is complete.

SolidWorks

2019-12-06T22:05:58Z

BT-Hawk:

If you have just recently purchased the SW module and have not yet registered the plugin, please do so by following the instructions on the [[Bend-Tech SW Module Installation]].

*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. To import a part from SolidWorks™, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]]
[[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]]

[[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

'''The import process is complete.

SolidWorks

2019-12-06T22:05:32Z

BT-Hawk:

==Things To Know==
If you have just recently purchased the SW module and have not yet registered the plugin, please do so by following the instructions on the [[Bend-Tech SW Module Installation]].

*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. To import a part from SolidWorks™, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]]
[[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]]

[[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

'''The import process is complete.

SolidWorks

2019-12-06T22:04:33Z

BT-Hawk:

If you have just recently purchased the SW module and have not yet registered the plugin, please do so by following the instructions on the [[Bend-Tech SW Module Installation]].
__NOTOC__
==Things To Know==
*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. To import a part from SolidWorks™, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]]
[[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]]

[[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

'''The import process is complete.

Bend-Tech SW Module Installation

2019-12-06T22:04:03Z

BT-Hawk:

SolidWorks

2019-12-06T22:03:23Z

BT-Hawk:

If you have just recently purchased the SW module and have not yet registered the plugin, please do so by following the instructions on the [[Bend-Tech SW Module Installation]].

__NOTOC__
==Things To Know==
*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. To import a part from SolidWorks™, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]]
[[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]]

[[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

'''The import process is complete.

SolidWorks

2019-12-06T21:57:59Z

BT-Hawk:

'''[[Main Page|Bend-Tech 7x Wiki]] :: [[Main Menu Bar]] :: [[File]] :: [[Import]] :: SolidWorks Import Tutorial'''

If you have just recently purchased the SW module and have not yet registered the plugin, please do so by following the instructions on the [[Bend-Tech SW Module Installation]].

__NOTOC__
==Things To Know==
*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. To import a part from SolidWorks™, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]]
[[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]]

[[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

'''The import process is complete.

SolidWorks

2019-12-06T21:57:39Z

BT-Hawk:

Bend-Tech SW Module Installation

2019-12-06T21:55:57Z

BT-Hawk:

Bend-Tech SW Module Installation

2019-12-06T21:55:22Z

BT-Hawk:

Bend-Tech SW Module Installation

2019-12-06T21:53:40Z

BT-Hawk:

SolidWorks Import Tutorial

2019-12-06T21:52:38Z

BT-Hawk:

'''SolidWorks Import Tutorial'''
__NOTOC__
==Things To Know==
*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

==Tutorial==
===Settings===
1. To begin, start up the "'''Bend-Tech 7x'''" program.

2. Before starting, we must first adjust some settings. [[File:ToolsOptionsSW1.png|right]] Go up to the Tools menu in the main menu bar. Click SW Plugin Settings in the drop down menu. In the SW Plugin Settings window

3. In the SW Plugin Settings window, make sure Manual Import is the only selected option under the Import Settings section. If not, click the circle next to Manual Import to set it as the SolidWorks™ import method. If any changes were made, click the Save button and then click Close.

[[File:SolidWSettings_open1.png]]

4. If it is your first time attempting to import a part from SolildWorks to a Bend-Tech interface, please see [[Register SW Plugin]]. If you've already completed the registry process, skip to the next step in this tutorial.

===SolidWorks===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. Once a part is ready, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]] [[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]] [[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

*'''The imported part will be opened up in an XYZ Part design window. The process of importing a part from SolidWorks™ is complete. The part can now be adjusted further, saved, or a setup sheet for the part can be printed. For a more advanced version of this tutorial, see [[SolidWorks Import Tutorial II]].'''

SolidWorks

2019-12-06T21:51:54Z

BT-Hawk:

'''[[Main Page|Bend-Tech 7x Wiki]] :: [[Main Menu Bar]] :: [[File]] :: [[Import]] :: SolidWorks'''

If you have just recently purchased the SW module and have not yet registered the plugin, please do so by following the instructions on the [[Bend-Tech SW Module Installation]].

To import a part from SolidWorks™, both Bend-Tech and SolidWorks™ need to be open and running.
'''SolidWorks Import Tutorial'''
__NOTOC__
==Things To Know==
*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. Once a part is ready, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]]
[[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]]

[[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

'''The import process is complete.

SolidWorks

2019-12-06T21:51:12Z

BT-Hawk:

SolidWorks

2019-12-06T21:49:45Z

BT-Hawk:

SolidWorks Import Tutorial

2019-12-06T21:39:01Z

BT-Hawk:

'''SolidWorks Import Tutorial'''
__NOTOC__
==Things To Know==
*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. Once a part is ready, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]] [[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]] [[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

SolidWorks Import Tutorial

2019-12-06T21:37:44Z

BT-Hawk:

'''SolidWorks Import Tutorial'''
__NOTOC__
==Things To Know==
*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

===SolidWorks===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. Once a part is ready, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

[[File:SW3DSketch.png|700px]] [[File:SWSweep1.png|700px]]

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]] [[File:SWSweepSend1.png]]

===Part Definition===

1. Now, back in the Bend-Tech window it's time to bring the part information into Bend-Tech. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]] [[File:File_Import_SW2.jpg]]

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

===Defining The Part===

*There are two different ways to define parts. One way is to click on each section to define them. The other is to auto-track the part. This tutorial will do both, starting with manually clicking each section.

1. Click the "'''Start'''" [[File:Start_Button1.png]] button in the "'''Define'''" tab.

2. Now click on each section that you want to include.

*'''(Note) Once a section has been defined, it will be highlighted in red. You may need to rotate, move, or zoom in on the part to see each section's PickPoint properly. The part preview can be rotated by clicking and holding the right mouse button and moving the cursor around. Move the part by clicking and holding the scroll wheel button or both mouse buttons and moving the cursor around. The part preview can be zoomed in or out by using the scroll wheel - scroll up to zoom out and scroll down to zoom in.'''

*These lines represent the centerline of the part.

[[File:SWImportDefine_Current1.jpg|500jpg]]

3. Once each section has been defined, click the "'''Generate Part'''" [[File:Generate_Part1.png]] button in the "'''Define'''" tab.

[[File:SWGeneratePart_Current1.jpg]]

*This will bring the part information into the Part Details chart. Each bend will have its own entry.

[[File:SWPartDetails_Generate1.png]]

4. Check the "'''Show Part'''" check box to view the part in the material that was chosen earlier.

[[File:SWShowPart1.jpg]]

5. Now, repeat the defining process again using the '''Auto Track''' method. Click the "'''Start button'''" [[File:Start_Button1.png]] again and click on any of the part sections. Now click on the "'''Auto Track'''" [[File:SWAutoTrack1.png]] button. The entire part should be defined automatically.

6. Click the "'''Generate Part'''" [[File:Generate_Part1.png]] button again to bring the part information into the Part Details chart.

7. Now, send the part to a part design interface. Click the "'''Transfer'''" drop down menu on the "'''Main Menu'''" taskbar.

[[File:Transfer_Tab_XYZ_Part.jpg]]

8. Select "'''XYZ Part'''" from the list.

*'''The imported part will be opened up in an XYZ Part design window. The process of importing a part from SolidWorks™ is complete. The part can now be adjusted further, saved, or a setup sheet for the part can be printed. For a more advanced version of this tutorial, see [[SolidWorks Import Tutorial II]].'''

Bend-Tech SW Module Installation

2019-12-06T21:36:51Z

BT-Hawk:

Bend-Tech SW Module Installation

2019-12-06T21:36:14Z

BT-Hawk:

Bend-Tech SW Module Installation

2019-12-06T21:22:15Z

BT-Hawk:

Bend-Tech SW Module Installation

2019-12-06T21:16:30Z

BT-Hawk:

This article contains the instructions on how to update and install the Bend-Tech SW plugin to work with Solidworks.

'''This article also assumes you have administrative privileges on your computer. For this process to be successful, it is absolutely necessary that these privileges are available. If you do not have proper access, you may need to obtain proper privileges before continuing!'''

First, use the following link to download the latest update to the Bend-Tech SW plugin: '''[http://www.bend-tech.com/dl6/btsw_patch_121213a.exe Bend-Tech SW Plugin]'''

Download and save this update to your computer by clicking the '''Save File''' button.

[[File:SW_Plug100.png]]

Once the download is complete, find the downloaded install file ('''btsw_patch_121213a.exe''') in the downloads folder, or under the arrow [[File:DL_Arrow1.png]] in the upper right hand corner of your browser and run it (To run it, either double click or right click and hit Open).

[[File:sw_mod7.png]]

[[File:SW_Plug101.png]]

Once the WinZip window is shown, click the unzip button to install the patch.

[[File:sw_mod18.png]]

'''''Note:''''' This method assumes your Bend-Tech is installed in the default directory. If Bend-Tech is not installed into the default directory ('''C:\2020ssi\Bend-Tech'''), you will need to modify the Unzip path in the Winzip window to match the install location of the Bend-Tech software.

'''After installing the patch, follow these steps to activate the SW plugin:'''

'''Step 1:''' '''If you purchased the SW Module separately from your Bend-Tech product,''' open the '''Tools - Activate Module''' screen press the '''Update''' button. '''If you purchased the SW Module along with your Bend-Tech product, skip to step 4.'''

[[File:SW_Mod102.png]][[File:sw_mod2.png]]

'''Step 2:''' '''Your SW module should be activated at this point!''' Close down your Bend-Tech software by clicking the red '''X''' in the upper right corner or by going to '''File - Exit'''.

:::''If you are having trouble activating the SW module, please contact technical support.''

'''Step 3:''' Make sure you have administrative privileges and turn off Windows User Account Control (UAC).
:'''To turn off UAC''', open the Control Panel and go to User Account Settings.

[[File:sw_mod3.png]]

'''Step 4:''' '''At this point, ensure that both Bend-tech AND SolidWorks are NOT running.''' You '''cannot''' have any versions of either software open in order to continue.

'''Step 5:''' '''Run the Bend-Tech 7x software''' and wait for it to fully load.

[[File:sw_mod5.png]]

'''Step 6:''' Enable the SW module within Bend-Tech. Use the '''Tools - SW Plugin Settings''' menu at the top of the Bend-Tech window.

[[File:sw_mod1.png]]

'''Step 7:''' Select the '''Register''' button within the '''Register SW Plugin''' section.

[[File:sw_mod100.png]]

'''Step 8:''' Select the latest version of the '''.NET 32-bit Framework''' to install to. Click on the version in the list to select it.

[[File:sw_mod11.png]]

'''Step 9:''' Select the '''Register''' button. You should see a black window flash and a message box appear.

'''Another message box will pop up and to tell you that the plugin was been successfully registered.

[[File:sw_mod10.png]]

'''Step 10:''' Now repeat steps '''8''' and '''9''', but select the latest version of the '''.NET 64-bit Framework''' instead.

[[File:sw_mod14.png]]

'''Step 11:''' '''Fully exit out of the Bend-Tech software.'''

'''Step 12:''' '''Open your SolidWorks software''' and verify the Bend-Tech Add-In is installed properly. This can be done by accessing the '''Tools - Add-Ins''' menu in SolidWorks.

[[File:sw shot.png]]

'''Step 13:''' '''''If the Add-In is still not functioning''''', navigate to the Bend-Tech directory and look under the '''\temp\''' folder (''''C:\2020ssi\Bend-Tech\temp'''). First, right click on the SW batch file ('''sw_reg.bat''') and select the edit option from the menu.

[[File:sw_mod15.png]]

:Once the file has been opened, the 5 line will be "cd framework64". Delete the 64, so the line is just "cd framework" instead. Then save and close the file.

[[File:sw_mod16.png]]

[[File:sw_mod103.png]]

'''Step 14:''' Right click on the SW batch file and select '''Run as Administrator'''.

[[File:sw_mod13.png]]

__NOTOC__

==Things To Know==

*This tutorial will step you through the process of exporting a file from SolidWorks and importing it into Bend-Tech. As you walk through this tutorial, procedures are designed based on your knowledge of earlier procedures. Because of this, it is very important that you carefully step through this guide, understanding everything along the way.

A few key items need to be covered before starting the step-by-step instructions of the tutorial. It is very important you completely understand these items:

'''Centerline & Apex''':

Centerline: In the Bend-Tech environment we are working exclusively with the centerline of a part, as compared to the inside or outside.

Apex: The bend locations are defined exclusively with the apex. Our definition of apex is the intersection of the straight tubes as if there wasn’t a radius.

'''Create Parts''': It is possible to create parts in the single part and assembly interfaces of Bend-Tech SW, however, this guide focuses on using part geometry within SolidWorks™ to export into Bend-Tech SW.

'''Installation''': You must have both SolidWorks™ and Bend-Tech SW loaded on the same computer. If installed correctly, you should find a menu selection in SolidWorks™ labeled Bend-Tech. This menu will only be available in SolidWorks™ Part mode and will not be seen in the Assembly mode of SolidWorks™.

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.

==Tutorial==
===Settings===
1. To begin, start up the "'''Bend-Tech 7x'''" program.

2. Before starting, we must first adjust some settings. [[File:ToolsOptionsSW1.png|right]] Go up to the Tools menu in the main menu bar. Click SW Plugin Settings in the drop down menu.

3. In the SW Plugin Settings window, make sure Automatic Import is selected option under the Import Settings section. If not, click the circle next to Automatic Import to set it as the SolidWorks™ import method. Also, put checks in the checkboxes marked "'''Always Prompt for Material, Send Part to XYZ Interface and Show Results in Window'''". After these changes are made, click the Save button and then click Close. See picture below for clarification.

* This window also provides the option to set a default template for exporting, to automatically find and import data, and to register the SW Plugin.
[[File:SolidWSettings_open2.png]]

'''Bend-Tech SE vs. SW''': Bend-Tech SW contains all the functionality and features of Bend-Tech SE, as well as the ability to import parts directly from SolidWorks™. Any information available for Bend-Tech SE also applies to Bend-Tech SW.
===SolidWorks===
1. To be able to go through this tutorial, you must have a completed SolidWorks part file available. If not, create a part in SolidWorks™ and come back to this tutorial before continuing on.

2. Once a part is ready, ensure that both SolidWorks™ and Bend-Tech are both open and running.

3. In SolidWorks™, select either the 3D Sketch or Sweep of the part from the Features list on the left side of the frame as shown below. Once selected the sweep or 3D sketch name will be highlighted in blue.

4. Once the sketch or sweep line has been selected, go up to the top left of the SolidWorks window and place your cursor over the right pointing arrow to access the menu bar. In the menu bar, go to the Bend-Tech option and click on Process Bend Info.

[[File:SWBendInfo1.png]]

5. Once Process Bend Info has been selected, the Send To Bend-Tech panel will be opened on the left side of the window. Depending on what kind of feature you selected (3D Sketch or Sweep), it will be shown in either the Feature Selection or Sketch Selection box. Make sure that the listed feature is correct, click on it to select it, then click the green check button.

[[File:SWSketchSend1.png]] [[File:SWSweepSend1.png]]

===Part Definition===
1. Now, back in the Bend-Tech window it's time to import the part information. To do so, either click on the SolidWorks™ icon in the icon toolbar or go to File --> Import --> SolidWorks. This will bring the part information into a Bend-Tech Import Part window.

[[File:SWIcon.jpg]] [[File:File_Import_SW2.jpg]]

"'''(Note) If the material cannot be successfully tracked and imported, a message box (shown below) will appear. In this case, you need to manually import the part in the import window. Click Yes to open the Import interface. See the [[SolidWorks Import Tutorial#Part Definition | SolidWorks Tutorial - Part Definition Section]] for a step by step Import walkthrough. If you do not see this message box, proceed to the next step.'''"

2. A skeleton frame of the part will be shown in the part display window. Each section will have its own PickPoint. Straight sections have a gray outlined point and arcs/circles will have black outlined points.

"'''Note: From now on, only one part will be shown in the images. Both parts (Exported using 3D Sketch or Sweep) are imported using the same methods.'''"

[[File:SW_Window23.jpg]]

3. Select a material from the "'''Select Material'''" drop down menu in the top corner. Since we are not working with the same part, you must choose a material that will work properly with your part design. If necessary, click the library button to open the "'''Tube/Pipe Library'''" to add or adjust any materials.

[[File:SWImportMaterial1.png]]

4. Next, select a die from the "'''Select Die'''" drop down menu. Notice how the imported CLR is listed directly below this drop down menu. Since this specific part has a 2 inch CLR, a 2.0 CLR die has been selected. Choose a die that is either close to the imported CLR or a die that you will be using when creating this part later on.

[[File:SWImportDie1.png]]

5. Once the part has been successfully imported automatically, the "'''Part Details'''" window and an "'''XYZ Part'''" design window will be opened. In the XYZ Part design window, the part can be adjusted further, saved, or a setup sheet for the part can be printed. The import process is complete. Now, move on to the Part Details window.

[[File:XYZPart79.jpg]]

6. In the Part Details window, the top part of the window is occupied by a text box containing information about the part. If necessary, you can type directly in this area to either change or add new information.

[[File:PartDetailsWindow78.jpg]]

7. The information and formatting displayed here is determined by the template that is currently in use. To change templates, select a new template from the drop down menu below "'''Default Template'''" in the SW Plugin Settings option.

8. Select the "'''Part Details'''" tab at the top of the screen to add some cut-off lengths. Type "'''5'''" into both the "'''Cut-Off Start'''" and "'''Cut-Off End'''" value fields. Notice how the cut length (if included in the template) will adjust to compensate for these values. The lengths in the LRA table (while in either mode) will also be affected by any values entered here.

'''The tutorial is now complete.'''

'''Step 15:''' '''Again, open your SolidWorks software and verify that the Bend-Tech Add-In is installed properly.''' At this point, if you still have any issues or the Add-In is not properly functioning, please contact technical support.

2020 Software Solutions, Inc.

651-257-8715

support@bend-tech.com

'''''For some help with using the SolidWorks Module, see the following tutorials:'''''

*'''[[SolidWorks Import Tutorial]]'''
*'''[[SolidWorks Import Tutorial II]]'''