High-speed Milling Service for Customized Precision Parts Production

1. High-speed spindle system: This is the core component of high-speed milling technology, with spindle speeds typically above 8,000 to 10,000 rpm, and even up to 20,000 rpm on some high-end machines. The design of high-speed spindle systems requires high rigidity, low vibration and low thermal deformation, characteristics that are essential to ensure the accuracy of the machining process and extend tool life.

2. Rapid feed system: In order to match the performance of the high-speed spindle, the rapid feed system must also have a corresponding high speed, high acceleration and high accuracy performance. The feed speed is usually more than 100 m/min, some high-end equipment up to 600 m/min, which is essential to achieve high-speed and efficient metal cutting.

3. High-performance CNC system: CNC system is the ‘brain’ of high-speed milling equipment, responsible for resolving programming instructions and accurately control the machine movement. This type of system needs to have high-speed processing capability and high-precision control ability to adapt to the needs of complex parts processing.

1. High efficiency: high spindle speed and fast feeding speed can complete a large amount of cutting work in a short time, which greatly improves the productivity.

2. High precision: the use of high-precision servo motors and precision transmission mechanism, can achieve micron-level precision control, to ensure the accuracy of the processed products.

3. Powerful machining capacity: it can process complex curved surfaces, and it has the advantage that other machine tools can not compare with it for the parts with complex shape and large size.

4. High flexibility: can be programmed to achieve a variety of complex shapes processing, adapted to the modern manufacturing industry diversified, personalised production needs.

5. High degree of automation: can achieve fully automatic machining process, reducing the intervention of manual operation, improve the consistency and stability of the product.

6. Material saving: the use of CNC programming can achieve the optimal cutting path, reducing the waste of materials.

7. Environmental protection: the use of fully enclosed guards can effectively prevent the splashing of cutting fluid and chips, protecting the cleanliness of the working environment.

8. High quality: It can effectively maintain good surface finish and strict dimensional tolerances, thus enhancing the overall quality of the final product.