We provide high-precision stamping, sheet metal fabrication, machining and brazing services for medical device components — including surgical instruments, implant parts, diagnostic equipment housings, and precision connectors. Our production is suitable for both small batch prototypes and large-scale mass production.
We are committed to providing the highest quality precision metal parts manufacturing services, including precision casting, investment casting, sand casting, and CNC machining. We offer customized solutions, and before mass production, we will provide a free sample for your testing and confirmation.
Features: Investment casting has high precision, can adapt to complex shapes, has smooth surface and little material waste.
Applications: Aerospace, precision machinery, automobiles, medical equipment, etc.
Features: Uses sand mold, which is low in cost and suitable for large and complex-shaped metal castings.
Applications: Automotive parts, mechanical structural parts, large castings.
Features: High precision, complex parts, and mass production.
Applications: Molds, medical device parts, aluminum alloy engine cylinder blocks/cylinder heads.
Surgical and Treatment Equipment: Operating table bases, equipment stands, instrument trays, connecting bases, etc.
Medical Imaging Equipment: Casings, support frames, rotating arm structural components, fixed bases, etc.
Dental Equipment: Treatment chair bases, instrument arm joint components, equipment housings, mounting brackets, etc.
Rehabilitation and Physiotherapy Equipment: Load-bearing bases, sliding rail supports, connecting parts, etc.
Laboratory Instruments: Instrument housings, precision bases, fixing brackets, functional module casings, etc.
The preferred material for instruments and structural components, offering corrosion resistance, ease of cleaning, and high reliability.
The preferred material for implants, possessing excellent biocompatibility and a high strength-to-weight ratio.
Used for wear-resistant, fatigue-resistant, or specialized components, such as nickel-based alloys and cobalt-chromium alloys.
Suitable for equipment housings and support structures, offering lightweight properties, good heat dissipation, and excellent machinability.
