1.Industry Challenges
Typical work pieces for medical devices include syringe assemblies, medical bone screws, rubber stoppers, surgical fittings and miniature medical hardware. Production in this sector mandates strict sterility, zero component damage and no secondary contamination. Conventional feeding equipment adopts non-compliant materials that breed bacteria and scratch work pieces, failing to meet GMP cleanliness standards. Extensive manual intervention also poses major contamination risks, violating sterile production specifications for medical products.
2.Customized Solutions
We develop a clean-grade damage-free feeding system. The entire unit is constructed with medical-grade stainless steel, featuring dead-corner-free structure, superior clean ability and corrosion resistance, and it is compatible with high-temperature sterilization and clean room environments. Equipped with air filtration systems and positive-pressure clean enclosures, the equipment maintains qualified cleanliness and prevents dust and bacterial adhesion.
The system applies an ultra-flexible low-frequency vibration mode with no rigid impact, realizing damage-free sorting and feeding for fragile and deform able parts such as micro medical bone screws and thin-wall syringe components. Fully enclosed automatic material conveying avoids secondary manual contact, in full compliance with GMP regulations for medical device production.
3.Operational Outcomes
Work piece contamination rate approaches zero, with no scratches, deformation or breakage occurring during production. Production efficiency is doubled compared with manual operations. The whole workflow including part arranging, feeding and assembly for medical fittings runs fully unattended, fully satisfying the ultra-clean production requirements for high-end medical devices and precision medical components.
