Preview: NUM at EMO MILANO 2015, October 5-10

CNC axis sharing innovation to be shown at EMO Milano 2015

Naperville, IL, July 16, 2015 --- An innovative new CNC axis sharing facility will be shown by NUM at EMO Milano 2015. It will enable designers to create machine tools of unprecedented versatility and productivity. Typical applications include multi-station production centers and rotary transfer machines with complex multi-role axis control requirements. NUM will also be showing several new products – including a diminutive new servomotor and drive combination for small swivel heads – that demonstrate the scalability of its market-leading Flexium+ CNC platform to suit virtually any level of machine tool complexity.

The new axis sharing facility provides a very flexible and efficient means of controlling a large number of different groups of interrelated or synchronized motion axes, by using advanced dynamic resource allocation techniques to share control across multiple CNC kernels. It further extends the flexibility of NUM’s high-end eight-channel Flexium+ 68 CNC architecture by allowing the control of up to 32 servo drives to be timeshared by any of the CNC kernels in the system.

NUM’s Flexium+ CNC platform offers a choice of three configurations of CNC kernel, enabling machine designers to create cost- and performance-optimized control systems for a wide range of automation. The platform also provides an optional system-wide functional safety architecture, known as NUMSAFE, which facilitates the implementation of safety functions for almost any type of machine tool, regardless of its complexity or number of axes.

In addition to the axis sharing facility, NUM will be highlighting a new 40 mm frame size servomotor and drive combination for the swivel head axes of small machine tools, and a new 5 kW power supply for use with single-phase mains supplies. Also on show will be two new single-cable servomotors fitted with high resolution absolute digital encoders, intended to help designers improve machine speed and efficiency by making maximum use of the inherent high bandwidth capabilities of Flexium+ CNC systems.

ENDS