Brief: Discover our High Precision Electroformed Mold Factory, specializing in direct supply of micro-channel components for medical devices. Our molds ensure ultra-precision, biocompatibility, and clean production, meeting stringent medical standards for diagnostic tools, drug delivery systems, and lab-on-a-chip technologies.
Related Product Features:
Ultra-precision molds with ±0.002mm tolerance for micro-channel width/depth, ensuring accurate fluid flow in medical devices.
Mirror-like surface finish (Ra ≤0.008μm) to prevent fluid turbulence and sample adhesion in diagnostic applications.
Biocompatible materials (high-purity nickel and copper-nickel alloys) compliant with ISO 10993 for safe biological fluid contact.
Cleanroom production (Class 10,000) to minimize particulate contamination in sterile medical environments.
Rapid prototyping (7-10 days) and scalable production (15-20 days) to meet medical device development timelines.
Complex micro-channel configurations (serpentine, branching, 3D stacked) replicated perfectly for lab-on-a-chip devices.
Full traceability with material certificates and inspection reports to support regulatory submissions (FDA, CE).
Direct factory supply with technical collaboration to optimize micro-channel designs for electroforming.
Faqs:
What makes your electroformed molds suitable for medical micro-channel components?
Our molds offer ultra-precision (±0.002mm tolerance), biocompatible materials, and mirror-like surface finishes, ensuring accurate fluid flow and compliance with medical standards like ISO 10993.
How quickly can you deliver prototype molds for medical devices?
We deliver prototype molds in 7-10 days, with 24-hour design feedback to refine micro-channel layouts, ensuring rapid development for medical applications.
Do your molds support regulatory submissions for medical devices?
Yes, we provide full traceability with material certificates, inspection reports, and process logs to support FDA 510(k) and CE submissions for diagnostic devices and other medical applications.