In the manufacturing of high-end medical products, the cleanliness of precision parts directly affects the product's biocompatibility, functional reliability, and even patient safety.

During the CNC machining stage, ensuring millimeter-level or even sub-millimeter-level geometric precision and fit consistency across the assembled surfaces becomes crucial to manufacturing success.

Simulation and verification of toolpaths for microwave products is an important means of reducing actual machining errors.

In the manufacturing of high-end microwave products, the copper components inside the cavity not only play a crucial role in efficiently conducting and reflecting microwave energy, but their geometric accuracy and surface quality also directly affect the

The control of debris contamination in CNC machining of medical products needs to be integrated into the entire process of equipment design, process planning, environmental management, process monitoring and end-of-life testing.

In modern automotive manufacturing, automotive product parts not only need to meet stringent structural and functional requirements, but also need to consider safety, aesthetics, and compatibility with subsequent surface treatments.