The CNC9650 five-axis CNC system is a dedicated CNC system developed based on an FPGA+ARM platform. It uses international standard G-code programming for control and supports machining programs generated by third-party CAM software such as MASTERCAM, UG, Wentai, and TYPE3. The system employs a velocity lookahead algorithm to optimize machining speed, supports common CAM graphic operations, simplifies system programming, comes with initial, universally configured factory settings, streamlines debugging procedures, and features a specialized input/output board that reduces wiring in the electrical cabinet, thereby lowering costs for machine tool manufacturers.
A cost-effective CNC system specially developed in-house by small and medium-sized machine tool manufacturers, both domestically and internationally. Featuring a high-performance ARM9 CPU and ultra-large-scale programmable FPGA devices, this system employs real-time multitasking control and hardware interpolation technology, ensuring high efficiency even when machining with micron-level precision.
The CNC9640 four-axis CNC system employs four-axis servo motor control. It utilizes an ARM9 processor and FPGA motion control technology, achieving a machining speed of up to 20 m/min. Fully optocoupler-isolated, it features strong anti-interference capability, ensuring stable and reliable machining performance.
NCT CNC Punch Press Control System
The NCT-02/03/04 two-axis/three-axis/four-axis CNC punch press control system employs two-axis pulse control, with a maximum frequency of 5 MHz. The minimum control resolution is 1 μm. It supports Class B macro programs, allows for secondary development, features an automatically adapted interface, and enables custom definition of function commands.
CNC9810E EtherCAT Bus CNC System
The CNC9810E EtherCAT bus CNC system is a high-performance milling machine control system recently developed by Xinshida Zhongweixing. It can be configured with stepper and servo drives according to different user requirements.