CNC Precision Milling Processing Technology: The Core Solution for High-Precision Hardware Customization

  CNC precision milling is a key process for high-precision hardware customization in the automotive, new energy, and consumer electronics industries. With its characteristics of "high precision, strong flexibility, and high efficiency", it can effectively address challenges such as complex structure processing, small batch customization, and stable batch output.

CNC Precision Milling Technology: 3 Core Advantages, Solving Customization Problems
1. High Precision: Meeting strict requirements of micrometer level
Core Performance: Relying on the precise control of the numerical control system for the milling tool trajectory, the positioning accuracy reaches ±0.005mm, and the dimensional tolerance is stably controlled within ±0.01mm;

Processing Capacity: Can handle complex structures such as planes, curved surfaces, grooves, and special holes
Customization Adaptation: Through programming, quick switching of processing schemes can be achieved, allowing for small batch customization and rotation of multiple styles without frequent equipment adjustment, reducing the costs of new product development and small batch customization, and adapting to diverse design requirements.

3. High Efficiency: Stable and efficient batch processing
Efficiency Support: Combined with high-speed spindles and automatic tool changing systems, the single-piece processing efficiency is improved by more than 30% compared to traditional milling;
Stability Guarantee: The numerical control system can automatically compensate for tool wear, with the batch processing pass rate stabilizing at over 99.5%, avoiding "large batch differences" issues, and balancing the efficiency and quality consistency of medium and large-scale production.

Whether it is complex structure precision parts or small batch customization needs, CNC precision milling can provide efficient and precise solutions for hardware customization, adapting to the entire process from research and development trial production to batch production.