Non-standard precision machining/What types of product processing are suitable for non-standard precision machining/turning and milling combined processing?

1. Complex shaft parts: such as shafts with various steps, tapers, threads, curve profiles and other features, such as automobile transmission shafts, motor shafts, etc.

2. Special-shaped rotary body parts: including rotary body parts with non-circular cross-sectional shapes, eccentric structures or irregular contours, such as eccentric shafts, camshafts, etc.

3. High-precision parts: parts with strict requirements on dimensional accuracy, geometric tolerance and surface quality, such as key parts in the aerospace field, precision instrument parts, etc.

4. Polyhedral parts: parts with multiple combinations of flat surfaces and surfaces of revolution, such as valve bodies, pump bodies, etc.

5. Parts made of difficult-to-machine materials: For parts made of difficult-to-machine materials with higher hardness, greater strength or better toughness, turning and milling combined processing can effectively improve processing efficiency and quality, such as titanium alloys, high-temperature alloy parts, etc.

6. Complex-shaped mold parts: such as cores and cavities in injection molds, punches and concave dies in stamping molds, etc.

7. Parts with deep holes or internal threads: Deep hole processing and thread processing can be completed at one time to ensure processing accuracy and consistency.

8. Small batches of multi-variety parts: In small batch production, turning and milling combined processing can quickly adjust process parameters to adapt to the processing needs of different parts, reducing production costs and production cycles.