Microprecision Contract Manufacturing
Virtual Tour of Norman Noble, Inc.
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Leading NiTinol Experts: The combination of our experience and advanced manufacturing processes makes Norman Noble, Inc. the best source for microprecision machining, shape setting and electropolishing of NiTinol products. In fact, Norman Noble produces NiTinol implants and devices for many of the OEMs in the medical device industry utilizing the most advanced processes:
- Design For Manufacturability
- Design Testing Services
- Laser Machining
- Laser Welding
- Swiss Turning & Milling
- Shape Setting
- Automated Electropolishing
Vertical Integration: We employ proprietary machining and finishing capabilities to enable the manufacturing of your most innovative products to finished drawing specifications. Among our capabilities as the largest contract manufacturer of Nitinol implants in the world, we offer design for manufacturability (DFM) services, laser machining, shape setting and electropolishing of super-elastic and shape-memory Nitinol. Our DSC testing and SEM analysis provide us the unique ability to manufacture Nitinol implants for the medical device industry. Cleanroom assembly and packaging enable us to provide your products manufactured complete. In addition, we have dedicated operations for Stent Manufacturing and Orthopedic Implant Manufacturing. Please visit our Capabilities page for a full list of services.
Prototype to Production: Norman Noble provides advanced prototype machining capabilities using equipment located in 5 dedicated, independent Process Development Centers (PDC’s), wholly separate from our production manufacturing areas. Our experienced team of engineers work within our Process Development Centers to develop and validate the most efficient manufacturing processes required to machine your products to exact engineering specifications. We can apply any or all of the following steps to bring your product from prototype to production:
- Prototype Machining
- Process Development
- Design For Manufacturability
- Design and Testing
- Process Validation
Process Validation and Quality Assurance: Norman Noble Inc. has performed more than 1,700 end-to-end process validations for Class II and III medical implants and devices. Having experience with 18 of the top medical device OEMs, we’ve distilled our validation process into a fine-tuned, but continually progressing set of best practices.
We believe control and inspection are essential to assuring accuracy in medical device manufacturing, which requires an unwavering commitment to quality. Our quality system is registered to ISO 9001:2008 and IS0 13485:2012 and our Process Validation Department works to meet your manufacturing objectives and provide IQ/OQ, MSV, PQ/PPQ, TMV, DOE, and risk analysis, etc., to fulfill your product requirements.
Norman Noble, Inc. is the most technologically advanced medical device contract manufacturer in the medtech industry supplying 18 of the top 20 medtech OEM’s in the world. With our unique micromachining and finishing capabilities we prototype, validate and manufacture your newest medical device, component and implant designs. We have deep expertise producing medical devices for numerous applications including:
Vascular - Class III implants and devices, such as stents, heart valves, scaffolds, embolic filters, and neurovascular clot removal devices
Orthopedic - Screw and plate implants used in spine, trauma, extremities, and maxillofacial applications
Endoscopy - Rigid and flexible endoscope components & finished biopsy forceps devices
Arthroscopy - Ligament repair devices, including anchor implants, ablation devices, and bone shavers
Noble S.T.E.A.L.T.H: (System To Enable Ablation Laser Technology Haz-free). Our athermal laser machining process was developed to create highly precise features in any material, including bioabsorbable polymers, shape memory metals and other exotic alloys, without producing any heat affected zone (HAZ).
Noble SynchroFlash: A new capability that combines Swiss turning & milling with laser machining to create one, highly efficient and cost-effective operation. Noble SynchroFlash provides cost savings, faster production, better quality and higher yields versus competing manufacturing methods, which require multiple, separate processes.