
Fanuc CNC America will showcase advanced CNC control developments at IMTS 2010, along with industry solutions to meet strict automotive, aerospace, medical, heavy industry and job-shop requirements. The company, which will be found in Booth S-8919, will present the new model 30i-B Series CNC Control, the 0i-D/0i-DMate Control with newly enhanced functionality, the new 35i-B CNC Control for transfer-line machines, new five-axis volumetric error compensation and various industry solutions. The new Fanuc CNC 30i-B Series Control is an upgrade from the 30i-A Series.
The 30i-B Series offers enhanced features and functions, with advancements in operability and maintainability including a USB memory port, enhancements in the dual safety check, a new punch press and laser functionality. For advanced machining with high accuracy, the 30i-B provides advancements in high-speed five-axis capabilities, with architecture and software algorithms to reduce cycle times while improving part accuracy and quality. The machine is said to combine reliability and high-speed five-axis features for complex processes.
The 30i-B also features High Speed Smooth TCP, high-speed multi-path PMC, an enhanced tilted working plane and high-speed smoothing functions, enhanced DSPs for advanced servo control such as multi-axis control and high-speed current control and arbitrary speed threading. In addition, the 30i-B has enhanced FSSB and network performance, improved diagnostic functions for MTTR reduction and enhanced DSP for advanced servo control, according to the company. The 0i-D/0i-D Mate Control offers improved features and functionality that are claimed to be cost effective.
These include nano interpolation, Al contour II control, jerk control, a tool management function and grinding functions. The new 35i-B Control, based on the 30i-B series, is intended for transfer-line machines. Suitable for simple high-speed drilling and transfer machining, the 35i-B is equipped with a touch-screen machine operator panel and embedded Ethernet. Fanuc CNC's new five-axis volumetric error compensation increases machining accuracy by evaluating the tool location and orientation error throughout the machining volume. This is said to offer improvements over axis-only error compensation.