SoftwareUpdate Olsen: Abrasive jets exhibit very complex behaviors, which
have traditionally made them difficult to program—requiring an advanced operator using trial and error in order to get good results. By incorporating cutting models and strategies right into the software, and developing a controller completely from scratch [software and electronics], we have made it easier to make precision parts faster in both low and high-volume production environments. Furthermore, the software’s intuitive design allows the person programming the path to simply draw the part’s shape, and the controller does the rest. With this as a starting point, the advanced operator can then use special- ized knowledge and experience to squeeze out even more performance. Because software is so critical to the preci- sion, speed and ease of use of the machine, we offer free software updates. ME: Your software has been around a long time; how has it evolved over the years?
Olsen: Cutting speeds have increased through advanced software. While hardware advances have added to increased cutting speed, software has had a bigger impact by being smarter about the cut, especially when it comes to curves and corners. With the right software in place, manufacturers cut faster and to higher precision, which lowers cost per part and boosts machine utilization.
While we are constantly adding features and have moved into the world of complex 3D cutting, we have done so without sacrificing Intelli-Max’s intuitive design and functionality. Initially, our software supported only three axes (X, Y and Z), but from its inception, the software was built to support up to eight precision coordinated motor axes. From three axes, it advanced to support two additional axes of head tilting, as well as control of rotary units. We are now utilizing X, Y, Z, Tilt 1, Tilt 2 and Rotary, for full six axes of control. Our software has evolved into a system that allows customers and third parties to customize and leverage the
c the infi nite RENGAGE™
possibilities of process control
strain gauge technology—for the most accurate probes in the world.
OMP400—Optical transmission strain gauge probe. More details at
renishaw.com/omp400
Renishaw’s strain gauge technology offers an unrivaled opportunity to control the variables of process control for small to medium-size machining centers. Reap the benefi ts of automated job set-up, reduced scrap and lower fi xture costs. The unique frequency-hopping feature of the RMP600 maintains radio transmission and control, even in the “noisiest” environments.
• Lower contact forces for less stylus bend and pre-travel
• Excellent 3D performance • CMM-level accuracy • Excels in the harshest machine conditions Learn more:
Renishaw.com/RMP600
pm bla
Renishaw Inc Hoffman Estates, IL
www.renishaw.com OMP400-2ME
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ManufacturingEngineeringMedia.com | July 2013 6/4/13 10:53 AM
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