Medical-Grade MIM Metal Parts Manufacturer

Stainless Steel Injection Molded Medical Parts

MIM Medical Device Components - Stainless Steel Injection Molded Medical Parts
  • MIM Medical Device Components - Stainless Steel Injection Molded Medical Parts

MIM Medical Device Components

Medical-Grade MIM Metal Parts Manufacturer

Boomster Corporation delivers high-precision medical parts manufactured by Metal Injection Molding (MIM) — ideal for compact, intricate geometries requiring mechanical strength and biocompatibility.

These nickel-plated medical MIM parts are used in surgical tools, dental devices, orthopedic instruments, and diagnostic systems, providing superior corrosion resistance, dimensional accuracy, and cost-efficiency over traditional machining.

OEM Capabilities

  • Custom manufacturing per your CAD drawings
  • ISO 9001:2015 certified for quality assurance
  • Secondary processing: heat treatment, passivation, CNC finishing
  • Full documentation: material certification, inspection reports, traceability
  • End-to-End OEM Support from Tooling to Packaging
  • Stable Quality Control & Global Logistics Support

Product Features:

  • Complex Geometry for Miniature Devices - MIM enables the production of highly intricate shapes, ideal for small medical components like surgical tool parts, orthodontic brackets, and implant components.
  • Biocompatible Materials - We use medical-grade stainless steel (e.g. 316L, 17-4PH) and other biocompatible alloys that comply with international health and safety standards.
  • Tight Tolerances & Smooth Finish - MIM technology ensures fine surface quality and dimensional accuracy, minimizing the need for secondary machining.
  • Repeatable High-Volume Production - Perfect for manufacturing consistent, high-quality parts in large quantities with lower per-unit cost compared to machining.

Applications

  • Surgical device components
  • Dental and orthodontic parts
  • Minimally invasive surgical tools
  • Implantable device housings
  • Diagnostic equipment hardware

Looking for a reliable OEM partner for your next medical MIM project?
Boomster delivers the technical precision, certified quality, and responsive support your product development demands. Contact us to discuss your requirements today.


Reliable OEM Parts Solutions

Boomster brings 37+ years of one-stop OEM expertise in metal, plastic parts, CNC, forging, casting, molding, wiring, and assembly with ISO-certified quality.

One-stop OEM service

Complete OEM services from material sourcing, fabrication, custom finish, assembly, package, and global delivery.

ISO-Certified OEM Solutions

Reliable Taiwan OEM for metal, plastic, and electronic parts with ISO 9001 certified quality assurance.

Quality You Can Trust

ISO 9001 certified, Boomster delivers strict quality control with inspection reports traceable for 3 years or longer.

Industries We Serve

Supplying high quality to diverse sectors, from electronics and medical to industrial equipment, ensuring precision and reliability for your specialized needs.

MIM Medical Device Components | Boomster

Boomster specializes in precision MIM Medical Device Components with CNC machined components designed for demanding applications where accuracy and reliability are critical. Our machining capabilities cover diameters from 0.5mm to 65mm and lengths up to 1,000mm, delivering tolerances as tight as ±0.005mm in diameter and ±0.01mm in length.

Each CNC machined part is produced using advanced equipment and controlled processes, including turning, milling, boring, drilling, threading, slotting, and polishing. We work with a broad range of metals and plastics to match your functional requirements, from lightweight aerospace parts to robust automotive and medical components.

To support your quality and compliance needs, Boomster provides full inspection reports, FAI, in-process checks, and documentation such as PPAP and SGS upon request. Whether you require low-volume prototypes or stable mass production, our CNC machined components help you reduce risk, shorten development cycles, and maintain consistent performance in end-use applications.