1. Why (Why choose precision processing) – To meet the demands for high precision, low tolerance, and high stability of parts – To enhance product performance, lifespan and reliability, and to be compatible with high-end equipment – To comply with strict standards in industries such as healthcare, aviation, electronics, and automation

2. What (What to process) – High-precision structural parts, special-shaped parts, shafts, sleeves, cavity-type parts – Metal/non-metal materials: aluminum alloy, stainless steel, copper, titanium alloy, engineering plastics, etc. – Small batch, multi-variety, customized precision components

3. Who (Who to serve) – Target customers: enterprises in medical equipment, aerospace, automotive electronics, intelligent equipment, semiconductor, etc. – Target groups: product R&D engineers, purchasing, project managers, production technical departments

4. When (When is it needed) – For product development prototyping, small batch trial production – For mass production, emergency replenishment orders, after-sales spare parts – When the original part’s precision does not meet the standard and needs to be upgraded and replaced

5. Where (Where is it applied) – Core components of medical instruments and testing equipment – Precise components for aerospace, unmanned aircraft – Transmission structures for automation equipment, robots – High-precision accessories for communication electronics and optical instruments