CNC Machining Process: Full-Closed-Loop Efficiency & Precision

The CNC machining process is a highly precise manufacturing method that utilizes computer numerical control to operate machine tools for material removal. It begins with CAD/CAM software programming, where digital models are converted into precise tool paths. Our facility employs over 40 imported high-precision turning machines and turn-milling composite machines, including leading models from Tsugami and Citizen, to ensure micron-level accuracy. For example, in aerospace titanium alloy engine shaft processing, we maintain dimensional tolerances within ±0.01mm, far exceeding the industry's standard ±0.05mm. The process integrates programming, machining, and coordinate measuring machine (CMM) inspection to form a closed-loop system, ensuring 99.5% yield rate and 40% efficiency improvement compared to traditional methods. It supports both single-piece prototyping and high-volume production, suitable for various materials like titanium alloys, 7075 aluminum, and PEEK, with comprehensive surface treatment options including anodizing and PVD coating.