Made for Performance: The new M700V series:

With the new developed M700V series Mitsubishi Electric redefines state-of-the-art technology for open CNC technologies. The high-performance controller and drive system series allows internationally leading machine tool manufacturers to integrate forward-thinking technologies in their machine tools. The manufacturer’s expertise, together with the advanced control technology of Mitsubishi Electric, results in exceptionally user-friendly high-tech machine tools which produce work pieces of the highest quality and increase company productivity.
The new M700V series combines the latest RISC processor technology with optical servo communication and thereby guarantees ultra-fast and high-precision machining. Exceptional features are a cutting speed of up to 1.000 m/min at a real Servo – and Spindle control that always works at nanometre precision for achieving highest precision and surface quality of a part.
The M700V Series features newly developed jerk free [m/s³] and vibration suppressing high-end 5-Axis HSC-HAC Milling (High Speed Cutting-High Accuracy Cutting) by new SSS– Control (Super Smooth Surface) with full real Nano–Control using the fastest Drive–System in the World.
The latest feed-forward control enables high-speed and high-accuracy cutting while
suppressing the induction of machine’s vibrations.
This results in high-speed and smooth control in servo drive unit. A machine model-based prediction control called OMR control can also mitigate vibrations at machine end.

More interesting news:

New World Standard: The new Mitsubishi CNC M70 series
The new M70 CNC series from Mitsubishi Electric sets new standards for the next generation of machine tools. The panel-in CNC unit features the latest RISC CPU technology and a modern high-speed graphics chip.

Unique: Mitsubishi FA Integrated Controller Platform with C70 CNC
Mitsubishi Electric’s new FA Integrated Controller Platform heralds a new era in factory automation. Ever shorter product life cycles, product diversification and rapidly-growing technology demands are all increasing pressure to drastically reduce overall costs for automation systems throughout the world market. In addition to this, today’s factories need controller and automation technologies that are able to both process ever larger volumes of data on the production level and share the production data with connected management information systems.