Difference between revisions of "Benderlink for SolidWorks"

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m (Benderlink for Solid Works to SVNET moved to Benderlink for SolidWorks: Correction to SolidWorks name and disassociation with only SVNET protocol. (Can also add other protocols.))
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Benderlink for Solid Works software is designed to '''convert''' from Solid Works to bender data then to '''connect''' Solid Works workstations to SVNET-based benders.
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Benderlink for SolidWorks software is designed to '''convert''' from SolidWorks to bender data then to '''connect''' SolidWorks workstations to SVNET-based benders.
  
 
If a '''measuring center''' arm is setup to sketch a 3D centerline of a measured tube shape, then Benderlink will help you '''reverse-engineer''' tube shapes, and assist in '''correcting''' the bender's data.
 
If a '''measuring center''' arm is setup to sketch a 3D centerline of a measured tube shape, then Benderlink will help you '''reverse-engineer''' tube shapes, and assist in '''correcting''' the bender's data.
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<ol>
 
<ol>
<li> - Read tube data from Solid Works</li>
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<li> - Read tube data from SolidWorks</li>
 
<li> - Convert the tube data to bender data</li>
 
<li> - Convert the tube data to bender data</li>
 
<li> - Save / Recall the bender data</li>
 
<li> - Save / Recall the bender data</li>
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http://advancedtubular.com/blink_sw/help_html/clip0003.jpg
 
http://advancedtubular.com/blink_sw/help_html/clip0003.jpg
  
The reverse-engineering feature is performed by using 3D sketch with a measuring center - like a FARO arm.  The tube centerline is sketched in 3D, then transferred to Benderlink for Solid Works.
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The reverse-engineering feature is performed by using 3D sketch with a measuring center - like a FARO arm.  The tube centerline is sketched in 3D, then transferred to Benderlink for SolidWorks.
  
The correction feature is performed by measuring a tube with FARO arm, using this data to create a tube centerline in Solid Works, then allow Benderlink to compare this inspected data with the MASTER data.
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The correction feature is performed by measuring a tube with FARO arm, using this data to create a tube centerline in SolidWorks, then allow Benderlink to compare this inspected data with the MASTER data.
  
  

Revision as of 14:03, 29 October 2007

Benderlink for SolidWorks software is designed to convert from SolidWorks to bender data then to connect SolidWorks workstations to SVNET-based benders.

If a measuring center arm is setup to sketch a 3D centerline of a measured tube shape, then Benderlink will help you reverse-engineer tube shapes, and assist in correcting the bender's data.

Contents


Features

The main features of this software:

  1. - Read tube data from SolidWorks
  2. - Convert the tube data to bender data
  3. - Save / Recall the bender data
  4. - Send new nominal data to benders that support SVNET protocol.
  5. - With a measureing center: Make and send correction data to benders that support the SVNET protocol.
  6. - With a measuring center: Reverse-engineer tube shapes


http://advancedtubular.com/blink_sw/help_html/clip0003.jpg

The reverse-engineering feature is performed by using 3D sketch with a measuring center - like a FARO arm. The tube centerline is sketched in 3D, then transferred to Benderlink for SolidWorks.

The correction feature is performed by measuring a tube with FARO arm, using this data to create a tube centerline in SolidWorks, then allow Benderlink to compare this inspected data with the MASTER data.


Demonstration Videos for Benderlink for SolidWorks

Download and view videos that show how Benderlink for SolidWorks works.

Blinksw video.jpg

  • [1]Introductory Demonstration Video
  • [2]Sending Data to the Bender
  • [3]Bender Corrections Loops



Help

Read the help file here.


[4] Read the online help


--Mcone 13:37, 28 July 2006 (EDT)