Specializes in implant-grade materials such as titanium alloy (Ti6Al4V ELI), medical stainless steel (316L VM), and PEEK, and ensures zero chemical residue through oil-free cutting process. The surface roughness is controlled to Ra≤0.4μm (far exceeding the industry standard of Ra1.6μm), avoiding the risk of bacterial growth and meeting the long-term biocompatibility requirements of orthopedic implants, surgical instruments and the human body.

Adopting five-axis precision CNC+micro-milling technology to achieve ±0.005mm tolerance control, accurately processing the slender cavity (aperture <0.3mm) of minimally invasive surgical instruments and the multi-curved surface structure of artificial joints. One-time molding technology eliminates assembly gaps and eliminates the risk of instrument failure caused by body fluid penetration.

The production line meets ISO Class 7 clean standards (≤100,000 particles per cubic meter) and is equipped with an independent negative pressure isolation area for processing implants. Anti-static packaging is used throughout the entire process of part circulation, and the final cleanliness reaches ≤0.1mg/cm² residue (in compliance with ISO 19227 standards) to avoid pyrogen contamination.

Through laser coding + blockchain evidence storage, each part is given a unique ID (such as DMC code), and material batches, processing parameters, and quality inspection reports are recorded in real time. Support 15 years of data traceability to help customers pass FDA 21 CFR Part 11 electronic record audits.

For medical R&D needs, 72-hour emergency proofing services (such as endoscope part prototypes) are provided to support design iterations. A medical-specific spare parts library has been established, which can deliver key replacement parts such as ventilator valves and imaging equipment rails within 48 hours to ensure the continuous operation of the equipment.

The production line has passed the ISO 13485 medical system certification, and the products comply with FDA QSR 820 and EU MDR regulations. Cooperation cases include: Supplying universal joint parts to the world's top three surgical robot companies (accumulated 2 million pieces with zero recall) Mass production of spinal fusion devices that meet ASTM F136 standards, with a yield rate of 99.98%