At Norman Noble, our stent machining, heart valve machining and clot puller machining technologies are second to none. We utilize dedicated process development engineering teams to design custom manufacturing and nitinol electropolish finishing processes for the most challenging of next-gen vascular implants and nitinol medical devices and implants.
With more than 130 proprietary laser machines, shape setting nitinol, automated nitinol electropolishing and dimensional inspection systems, Norman Noble supports vascular implant manufacturing from prototype manufacturing through production. Our vertically integrated stent machining and finishing technologies produce active implants from exotic materials that have the most unique geometries and tightest tolerances.
Vascular Implant Machining
Our vascular implant manufacturing capabilities include automated laser machining systems, automated honing systems, automated nitinol shape setting systems, over 30 automated nitinol electropolishing systems, and over 30 automated dimensional inspection systems that can provide thousands of measurements for each and every stent we manufacture.
Our newest VASCULAR IMPLANT manufacturing technologies include the use of our Noble STEALTH system. A HAZ-free athermal laser process that produces stents, implants and medical devices from metals like nitinol, bioabsorbable polymers, and other metallic alloy materials.
Download our Whitepapers
- Athermal Laser Machining for Medical Implants
- 妈咪微电影高清完整版_妈咪微电影高清完整版 妈咪微电影高清完整版_妈咪微电影高清完整版 , japanese mobile free 高清完整视频 japanese mobile free 高清完整视频 Design For Manufacturability (DFM)
- FDA-compliant Validation of Medical Implants and Devices
- Nitinol Implant Design and Manufacturing
- Validation of Automated Passivation and Final Cleaning