High stability CNC manufacturers
15 years focus on CNC machine R&D

Process improvement of CNC machining: In order to improve machining quality and efficiency, it is necessary to continuously optimize the process, mainly from four aspects: improving machine tool equipment, optimizing tool selection and parameters, upgrading machining strategies, and enhancing system stability. Specifically, it includes:

Machine tool improvement:Introducing a new generation of high-precision CNC machine tools, equipped with intelligent control systems and fast cutting functions, to improve machining efficiency;

Tool optimization:Select tool materials based on material characteristics (such as using copper inlaid tools for aluminum alloy processing), adjust cutting parameters (speed, feed rate, etc.) to reduce wear;

Upgrading processing strategy:Plan efficient tool paths and optimize process flow (such as process sequence and fixture design) through CAD/CAM software;

Improved operational stability:Using pre programmed instructions to reduce human error, combined with real-time quality monitoring using a coordinate measuring machine.