Biocompatible titanium alloys are the core materials for orthopedic implants, featuring excellent corrosion resistance, high strength-to-weight ratio and superior osseointegration. We support precision machining of medical-grade titanium grades, fully meeting clinical requirements for orthopedic implants and instruments.

Implants: Trauma plates, bone screws, spinal implants, joint prostheses, cranial repair plates, maxillofacial implants

Instruments: Lightweight minimally invasive instruments, non-magnetic instrument handles, high-precision instrument components

Medical-grade stainless steels offer excellent corrosion resistance and machinability, ideal for orthopedic instruments and non-load-bearing implant components. We provide high-precision machining and surface finishing for a full range of medical stainless steel grades.

Implants: Non-load-bearing bone pins, bone wires, suture needles, auxiliary fixation devices

Instruments: Retractors, surgical forceps, osteotomes, bladed instruments, high-strength minimally invasive instrument accessories

Cobalt-chromium alloys deliver exceptional wear resistance and biocompatibility, making them the material of choice for long-term orthopedic joint implants. Our precision machining and 3D printing capabilities support complex, high-load-bearing components.

Implants: Hip/knee joint prostheses, femoral heads, acetabular cups, high-strength load-bearing wear-resistant components

Instruments: High-end wear-resistant precision instruments, special durable instrument components

Medical polymers offer lightweight, radiolucent and biocompatible properties, suitable for minimally invasive orthopedic implants and high-temperature-resistant surgical instruments. We support precision machining of a full range of medical-grade polymers.

Implants: Spinal fusion cages, joint liners, bone cement, radiolucent bone plates

Instruments: High-temperature-resistant instrument handles/shells, instrument hinges/clasps/transmission accessories

Medical ceramics provide ultra-high wear resistance and biocompatibility, ideal for long-term articulating surfaces in orthopedic implants. Our precision grinding and polishing capabilities ensure optimal surface quality for ceramic components.

Implants: Femoral heads, high-wear implant liners, long-term articulating joint surfaces

Instruments: Ultra-wear-resistant precision instrument heads, wear-resistant insulating components

Nitinol alloys exhibit unique superelasticity and shape memory properties, ideal for dynamic orthopedic implants and minimally invasive surgical instruments. We support precision machining and shape setting for NiTi components.

Implants: Elastic bone plates, intramedullary nails, bone anchors, dynamic spinal fixation systems

Instruments: Minimally invasive guidewires, bendable forceps tips, adaptive precision instrument components

Orthopedic Material Precision Machining

· Full-process manufacturing coverage: from material cutting to precision machining, surface treatment    and traceability marking

· Advanced dimensional inspection using CMM and precision measuring instruments

· Strict material traceability and batch record management for medical device compliance

· Professional engineering team with extensive experience in orthopedic material machining

If you have requirements for precision machining, prototyping or small batch production of orthopedic implants and instruments, please feel free to send us your drawings and specifications.We will provide you with a professional quotation and solution within 24 hours.

Tel: +86 18718750572

Email: enquiry@honlike.com.cn

WhatsApp: +86 18718750572

101-103, Building 8, Bay Area Intelligence Valley, West District, Zhongshan, 528411, GuangDong, China