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Experience GE Fanuc's Award-Winning Plant Automation Products Up Close
Visit Booth #2816 at WESTEC in Los Angeles 3/27-3/30
Come visit us at WESTEC! GE Fanuc's Industrial Software Pavilion will display solutions for new and retrofit machines at WESTEC, March 27-30 in Los Angeles, CA.
Make a point to visit our Industrial Software Pavilion in the GE Fanuc booth, #2816, and see what the Proficy suite of automation products can do for your plant!
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The TRS1 High-Speed Broken Tool Detection System Delivers!
Increases Performance, Efficiency and Reliability
Machining operations are regularly faced with the costs of scrap and rework as a result of broken tools during production. With the increased level of unmonitored machine operation today, several bad parts can be produced, or a machine crash can occur, before the problem is discovered.
Traditional solutions as part of a tool measurement system were sometime inefficient and unreliable. Designed specifically for high-speed tool breakage detection, the TRS1 delivers unique levels of performance and reliability and mounts unobtrusively outside of the machining work envelope.
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Control Design's Annual Readers' Choice Awards
CNC Takes First Place - Twice!
GE Fanuc was recognized by the readers of Control Design magazine for "providing the best technology values, services and support" during their fifth annual readers' choice awards poll. GE Fanuc took first place in two categories: CNC (Series 30i Model A) and CNC Software (Proficy™ Machine Tool Efficiency).
Visit http://www.controldesign.com/articles/2005/325.html to read more about the awards.
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The Next Generation of High-Speed Machining
Learning Control Automatically Delivers Speed and Accuracy
There are many instances in machining where the cutting feedrate is reduced to compensate for a machine tool’s inability to follow a contour at a higher speed. Advanced CNC technology is available that combines advanced look-ahead technologies and high-resolution, high-performance servo technologies to improve path accuracy.
By modeling the machine’s theoretical, dynamic capabilities, its response to moves specified in the part program can be predicted, allowing feedrates to be increased. Learning control is the next generation of this technology, with the CNC learning the actual dynamic capabilities of the machine tool as it cuts a specific part.
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