Through ISO 9001 and ISO 13485 certification, relying on five-axis ultra-precision machining technology, combined with medical grade titanium alloy (Ti-6Al-4V ELI), cobalt-chromium alloy and biocompatible materials such as PEEK, the processing accuracy of key implants is up to ±0.005mm, and through nano-level electrolytic polishing and passivation treatment, surface roughness can reach to Ra≤0.1μm. Through stress optimization and microdefect control technology make the component life of more than 15 years, the defect rate < 0.005%.
5-axis linkage precision machining
5-axis CNC technology is used to realize the machining of complex three-dimensional structures such as artificial joints and dental implants. The tolerance control is ±0.005mm.
Special materials can be processed
Suitable for medical materials such as titanium alloy (Ti-6Al-4V ELI), cobalt-chromium alloy and PEEK, electrolytic polishing to achieve Ra≤0.1μm ultra-clean surface, biocompatibility in line with ISO 1099368.
The whole process sterilization traceability
Through high pressure steam sterilization and four-level gas seal verification, with laser marking to achieve lifetime traceability of production parameters.
Martensitic stainless steel (such as 4Cr13) : high hardness, used for surgical scissors, bone forceps and other cutting instruments
Rigid/flexible optional, anti-microbial, used in blood bags, dialysis lines .
High transparency, impact resistance, support high temperature sterilization, suitable for transparent instrument housing and observation window
High temperature resistance (250℃), excellent biocompatibility, used for orthopedic implants and cardiovascular stents and other high-end devices
Impact resistant, easy to process, used for equipment shell; Glass fiber reinforced for increased mechanical strength
Excellent biocompatibility, corrosion resistance, high strength and low density, widely used in orthopedic implants (artificial joints, spinal screws) and cardiovascular stents
Titanium alloy surface oxide film (such as heart pacemaker shell), improve corrosion resistance and biocompatibility .
To enhance the surface activity and adhesion of materials, suitable for polymer devices (e.g. dialysis lines)
Combined with high temperature sterilization ensures sterility of complex structural instruments such as endoscopes
Eliminate burrs and micro-cracks, electrolytic polishing can reduce surface roughness to Ra 0.03μm, reduce the risk of bacterial growth (bone nails, surgical forceps commonly used)
Enhances material properties like hardness and wear resistance
Surgical blade (stainless steel/ceramic) – High hardness cutting edge
Joint prosthesis (titanium alloy/cobalt-chromium alloy) — orthopedic weight-bearing implant
Bone screw (titanium alloy) – Internal fixation of fracture
Cardiovascular stent(Nitinol /316L stainless steel) — vascular support to prevent stenosis
Endoscopic tube (stainless steel/polymer coated) – Minimally invasive exploration channel
Hemostatic forceps (martensitic stainless steel) — Intraoperative vascular clamp
Bone plate (titanium alloy) – External fixation at fracture site
Pacemaker housing (titanium alloy/bioceramic) – Sealing protection for electronic components
Conduit connector (PEEK/ medical grade plastic) — Fluid transfer connection
Spinal fixator (titanium alloy) — Orthopedic and stability reconstruction of the spine
Prosthetic connector (carbon fiber/titanium alloy) — lightweight mechanical fit
Hemodialyzer housing (medical plastic/stainless steel) – extracorporeal circulation container
The first article under $200 is free.( Background investigation required.)
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