Stainless Steel CNC Milling & Turning Parts for Medical Components | Boomster
Boomster provides precision CNC milling and turning for medical-grade stainless steel parts, with tight tolerances (±0.005mm) and smooth surface finishes. Our advanced multi-axis machines enable complex shapes, while surface treatments like electropolishing and passivation ensure medical-grade quality. Ideal for surgical and diagnostic components. Key Features & Benefits: Advanced Multi-Axis CNC Machining – 3, 4, and 5-axis milling & turning Premium-Grade Stainless Steel – 316L, 304, and 17-4PH for biocompatibility Ultra-Precision Tolerances – Up to ±0.005mm for critical applications Superior Surface Finish – Electropolishing, mirror polishing, passivation, or others High Production Efficiency – Small-batch and high-volume production capabilities High-tolerance CNC machined parts with ±0.005mm precision. Boomster offers turning, milling, drilling, and prototyping-to-mass production for all industries.
Stainless Steel CNC Milling & Turning Parts for Medical Components
High-Quality CNC Stainless Steel Parts for Medical Equipment
Boomster provides precision CNC milling and turning for medical-grade stainless steel parts, with tight tolerances (±0.005mm) and smooth surface finishes. Our advanced multi-axis machines enable complex shapes, while surface treatments like electropolishing and passivation ensure medical-grade quality. Ideal for surgical and diagnostic components.
Key Features & Benefits:
- Advanced Multi-Axis CNC Machining – 3, 4, and 5-axis milling & turning
- Premium-Grade Stainless Steel – 316L, 304, and 17-4PH for biocompatibility
- Ultra-Precision Tolerances – Up to ±0.005mm for critical applications
- Superior Surface Finish – Electropolishing, mirror polishing, passivation, or others
- High Production Efficiency – Small-batch and high-volume production capabilities
Applications
- Minimally Invasive Surgical Tools – Stainless steel surgical components
- Precision Medical Housings – Fluid and gas control components
- Dental & Orthopedic Instruments – Custom dental drill bits and orthopedic fasteners
Need high-precision stainless steel CNC milling & turning services? Boomster provides expert OEM solutions!
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.
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Stainless Steel CNC Milling & Turning Parts for Medical Components | Boomster
Boomster specializes in precision Stainless Steel CNC Milling & Turning Parts for Medical 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.