Precision Swiss Machining

C-Axis specializes in precision Swiss machining for complex, tight-tolerance medical device components. Our advanced Swiss turning centers provide exceptional accuracy, repeatability, and speed, making them ideal for micro-machined and highly detailed geometries used in implantable, surgical, and minimally invasive devices. With multi-axis capability and expert programming, we deliver consistent quality across both prototype and high-volume production.

Our Swiss machining operations are built to produce high-precision components with demanding dimensional requirements, intricate features, and challenging materials. With up to 12-axis Swiss turning centers, synchronized tooling, and advanced process control, C-Axis achieves ultra-tight tolerances and superior surface finishes. Our experienced machinists and engineers collaborate closely to optimize tooling, cycle times, and manufacturability, ensuring reliable performance at every production stage.

Advantages:

  • Up to 12-axis Swiss turning capability for producing complex geometries
  • Exceptional tight-tolerance machining ideal for micro-features and implantable components
  • High efficiency for small, intricate parts requiring multiple simultaneous operations
  • Superior surface finish quality achieved through stabilized tooling and controlled processes
  • Material versatility including stainless steels, titanium, nitinol, cobalt-chrome, and specialty alloys
  • Production scalability from rapid prototypes to validated, high-volume manufacturing
  • Precision suited for surgical, implantable, and minimally invasive device designs
  • Advanced process monitoring to ensure consistency, repeatability, and regulatory compliance

Examples of Swiss-Machined Medical Device Components

  • Micro-machined implantable components for orthopedic, cardiovascular, and neurovascular devices
  • Surgical instrument components such as shafts, pins, fasteners, and drive elements
  • Cannulas, miniaturized tubes, and delivery system parts for minimally invasive procedures
  • Small-diameter, high-precision features requiring tight control of concentricity and runout
  • Connector pins, housings, and precision fasteners for powered surgical instruments
  • Titanium and specialty-alloy components for implantable applications

We look at C-Axis 360 as an opportunity for our customers to save weeks of development time by having their project team come into our facility. Here they are assigned a C-Axis team (an Engineer, Technician, and Machinist) to work with to complete multiple iterations in one sitting, helping to improve the R&D timeline. Instead of doing things in series, our customers can do multiple potential design iterations in parallel and save six or seven weeks in their NPD cycles. — Olson