The Challenge
Medical implants and surgical components often combine very small dimensions, complex profiles, fine threads and demanding surface requirements. Titanium and medical-grade stainless steel can create rapid tool wear, burrs, heat buildup and dimensional variation during high-precision machining.
Our Solution
We configure the Swiss-type CNC lathe, guide-bushing system, cutting tools, workholding and machining process around the component geometry and material. Tool paths, cutting parameters and coolant delivery are optimized to control heat, burr formation, thread accuracy and surface quality.
Application
Suitable for titanium bone screws, fixation plates, spinal components, surgical instrument parts, medical connectors, miniature shafts and other implantable or high-precision medical components.
Result
The integrated machining process improves dimensional consistency, thread quality and surface finish while reducing secondary operations, tool changes and production cycle time.