CAD/CAM Software is powered by TrueMill toolpath technology.September 12, 2008 -
In addition to Engagement Milling technology, SURFCAM® Velocity 4 incorporates provision of recommended Truemill(TM) speeds/feeds, feedrate optimization, and Swift-carb custom designed TrueMill Series tools. It delivers 3-axis finishing with high-speed machining strategies featuring multiple processor support as well as automatic arc filtering. Other capabilities include 4- and 5-axis machining with precise control for safe tool motion in challenging applications.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
Surfware, Inc.
5703 Corsa Avenue
Westlake Village, CA, 91362
USA
Surfware to Announce World-Class Features of SURFCAM Velocity® 4 Powered by TrueMill®, Patent Allowance at IMTS, 2008
CAMARILLO, Calif., Sept. 4 -- Surfware, Inc., developer of SURFCAM(R) CAD/CAM systems, announced today that it will demonstrate new features of SURFCAM Velocity 4 Powered by TrueMill at Booth D3210 during September, 2008's IMTS (International Manufacturing Technology Show).
In addition, Surfware recently received a Notice of Allowance from the U.S. Patent and Trademark Office (USPTO) for its Engagement Milling technology. A Notice of Allowance signifies that the application has been examined and is allowed for issuance as a patent. The U.S. Patent Office accepted all key aspects of the company's patent application.
Says Stephen Diehl, President and CEO of Surfware. "The mathematics and science behind Engagement Milling are revolutionary, and we have incorporated that technology into our SURFCAM product line as TrueMill. We are pleased to receive this Notice of Allowance because it serves to protect our intellectual property and proprietary technology that we developed and are demonstrating at IMTS."
SURFCAM Velocity 4 offers major improvements to 3-axis finishing, 4- and 5-axis machining and TrueMill, the proven industry leader in toolpath technology.
-- 3-Axis Finishing: New high-speed machining strategies featuring faster processing, multiple processor support, automatic arc filtering, excellent tool control for difficult corners, tapered tools, improved surface finish --- and more.
-- 4/5-Axis Machining: precise control over every aspect of multi-axis machining ensuring safe tool motion in the most challenging applications. Drive surface gouge checking, advanced check surface gouge scenario handling, additional retract and swarf cutting options -- and more.
-- TrueMill: provision of recommended Truemill(TM) speeds and feeds, improved feedrate optimization, greatly reduced rapid motions, availability of Swift-carb custom designed TrueMill Series tools designed to further improve performance with TrueMill. With TrueMill, the more difficult to machine the material, the greater the competitive advantage.
"We are delighted to introduce SURFCAM Velocity 4 at IMTS," says Diehl. "This release adds additional world-class features to SURFCAM and solves issues that limited TrueMill's performance. It takes the unique, patent- pending TrueMill technology to a new level of excellence.
"We are just beginning to demonstrate what this powerful technology can do," Diehl adds. "Because TrueMill is useful to a wide spectrum of industries, Surfware looks forward to providing custom and turnkey solutions, as well as partnering with vendors of complementary technologies as we continue to build on the great quality and scalability of our product."
About Surfware, Inc.
Now celebrating its 20th anniversary, Surfware, Inc., the developer of SURFCAM Velocity CAD/CAM systems, provides optimal solutions for today's manufacturing challenges. Surfware, Inc. traces its roots back to three generations of Diehl family members involved in machining. Surfware's current president, Stephen Diehl, is the oldest of the third generation Diehl brothers and is personally involved in the development and creation of new ideas to improve SURFCAM Velocity. For additional information, visit http://www.surfware.com/.
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