CNC Oscillation Cutting Function Eliminates Metal Strand Buildup
The Vibration Cutting Control on the M8 Series CNC breaks up long strands of material that are expelled from the part being produced to speed up processes, reduce cycle times and provide a better finish on the part being produced.
Edited by Angela Osborne
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Photo Credit: Mitsubishi Electric Automation
Mitsubishi Electric Automation has added Vibration Cutting Control (VCC) via hardware as an upgrade option to its M8 Series CNC to eliminate chip strands while machining difficult-to-cut material, such as stainless steel, at faster cutting speeds.
Machine tool and automotive industries often experience delays and defects in processes due to long strands of metal buildup that result in decreased production. Through use of the M8 Series CNC with VCC, the tool axis vibration breaks up the long strands of material that are expelled from the part being produced. This extra functionality speeds up processes, reduces cycle times and provides a better finish on the part being produced.
“The addition of the VCC function provides production facilities the ability to significantly reduce chip jams in the machine while receiving better cycle times and finish on the parts they are producing, resulting in a better ROI to the customer,” says Scott Strache, senior product manager for mechatronics at Mitsubishi Electric Automation.
The M8 Series CNC Control Platform also offers Super Smooth Surface (SSS) control to ensure faster, smoother operation, along with a better finish and less scrap, resulting in higher productivity and profitability for users.
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