Core Foundational Technologies
CNC System Technology
Acting as the "brain" of the machine tool, this encompasses core capabilities such as G/M code programming, motion trajectory control, and servo drive regulation; domestic systems have currently achieved breakthroughs in key areas like five-axis simultaneous control.
High-Precision Transmission Technology
This involves technologies for components such as motorized spindles, linear guideways, and high-precision ball screws, enabling the machine tool to achieve ultra-high machining precision at the 0.001mm level.
Mainstream Application Technologies
Multi-Axis Simultaneous Machining Technology
Five-axis simultaneous control technology overcomes bottlenecks in machining complex spatial surfaces and offers five times the precision of three-axis machines, making it widely used in the manufacture of complex aerospace components.
CNC Programming and Process Optimization Technology
Techniques such as parametric programming and cutting force simulation are used to optimize parameters like feed rate and depth of cut, significantly enhancing machining efficiency and the quality of finished products.
Cutting-Edge Technologies
Intelligent CNC Technology
Integrates AI to enable real-time error compensation, fault self-diagnosis, and autonomous process optimization, resulting in a 25% reduction in energy consumption compared to traditional models.
Green Composite Machining Technology
Promotes dry machining and integrated turn-mill composite processes, reducing pollution while enabling continuous multi-process operations on a single machine.
