Microprecision Medtech Manufacturing of
Medical Devices, Components, and Implants

Norman Noble, Inc. is commonly referred to as the most technologically advanced contract manufacturer in the Medtech Industry. Our unique micromachining and finishing capabilities enable the manufacturing of your newest designs of Medical Devices, Components, and Implants. We specialize in micromachining of exotic materials to very complex geometries with dimensional tolerances to +/-.0001”. Our vertically integrated microprecision manufacturing processes make us your single source solution for the most challenging of projects. Automated 100% dimensional inspection and complete process validation services per ISO 13485:2003 (The International Standard For Medical Devices and Implants) and FDA QSR 21 CFR Part 820 to ensure the highest level of quality for your medical products.

Experience:
Since 1946, Norman Noble, Inc has been manufacturing products for the medical industry. Our current team of over 500 employees is fully committed to the manufacturing of medical device products and implants that are produced on a daily basis for our OEM customers. A few examples of the many types of medtech products that can be manufactured using our specialized micromachining and automated finishing technologies include: Cardiovascular Stents, Neurovascular Stents, Vessel Closure Implants, Spinal Implants, Orthopedic Screws and Plates, Catheter based Delivery Systems and components, Neurovascular Devices, Heart Implants and Devices, Maxiofacial Screws and Plates, and components for Tomographical Radiation Therapy equipment.

Prototype through Production:
R&D Prototype Departments are available along with extensive capacity of production equipment to support the manufacturing of your component or device from initial prototype through all steps of FDA approval and full production requirements. Our experienced engineering staff develops the manufacturing processes to provide you with the most cost effective, quality products. Our proprietary manufacturing and finishing technologies enable our customers to bring products to market that might otherwise be considered cost prohibitive or unable to be manufactured using standard available manufacturing methods.

Unique Capabilities:
Norman Noble, Inc is the leader in utilizing the newest technologies available for Micromachining, Welding, Shape Setting and Specialized Finishing of medical devices and implants. Proprietary Manufacturing technologies are also developed as required and available, including: Laser welding of dissimilar materials, Square Corner Electropolishing, Millennium Focus laser cutting, Electro polishing of Nitinol, Nitinol Shape Setting and Electrochemical Grinding. Some examples of the many exotic materials we manufacture components from include: NiTinol, PEEK, Tungsten, Titanium, Platinum, MP35N, Gold, Molybdenum, Bio-absorbable Materials, Cobalt Chrome (L605 / Elgiloy), Carbide, Kovar, Silver, Implant Grade Stainless, Beryllium Copper, Invar, High Temp Nickel Based Alloys, Platinum Iridium, Tantalum and more.

 

 

 

Quality:
Norman Noble, Inc provides our customers with the highest level of quality required for medical products. We are certified to ISO 13485:2003 (The international Standard for Medical Devices and Implants) and offer full Process Validation services per FDA QSR 21 CFR Part 820, through our Quality Engineering team, to support all aspects of our manufacturing capabilities. Norman Noble manufactures medical devices and components to your specifications in compliance with FDA regulations and ISO 13485 international requirements at all facilities. Our engineers and technicians are skilled professionals in the specialized requirements of medical machining, medical coating and medical device packaging.

Exceptional capabilities, experience and understanding of the quality demands for the medical device industry are the reasons Norman Noble Inc. continues to be recognized as a leader in microprecision machining for the medical device industry.

Requests for Quotations on all medical device manufacturing services can be emailed to sales@normannoble.net or by visiting our RFQ page.


Vascular

Norman Noble, Inc. is your single-source supplier for manufacturing of finished Class II and Class III vascular devices. OEM’s rely on Norman Noble’s extensive machining and finishing technologies to support their manufacturing requirements for the newest vascular product designs. Our vertically integrated machining and finishing technologies produce active implants from exotic materials that have the most unique geometries and tightest tolerances. Dedicated R&D stent project management teams are utilized to design and develop custom manufacturing processes for the most challenging of medical devices & finished implants used in vascular applications. With over 130 proprietary laser machines, along with supportive NiTi shape-setting, and automated Electropolishing & dimensional inspection systems, Norman Noble, Inc has the manufacturing capacity to support the world’s stent requirements. Our experience, dedication to quality assurance, and production capacity for the manufacturing of stents and vascular devices for OEM’s are second to none.
 
Vascular Stents

 
   
Applications
Machining Methods
Materials
  • AAA Stents
  • Peripheral Vascular Stents
  • Billiary Stents
  • Neurovascular Stents for Aneurysms & Ischemic Strokes
  • Aortic Replacement Valves
  • Arterial Closure Devices
  • Anastomotic Implant Delivery Devices
  • Atherectomy Devices & Components
  • Biopsy Devices & Components
  • Mitral Replacement Valves
  • Components for IVUS Imaging Transducer Catheters
  • NiTinol
  • Stainless Steel
  • Cobalt Chrome (L605 / Elgiloy)
  • Molybdenum
  • Tantalum
  • Titanium
  • Platinum
  • Bioabsorbable
 

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Endoscopy

Norman Noble, Inc. provides contract manufacturing services for both ridged and flexible finished endoscopy devices. In addition, our extensive capabilities provide the highest quality metallic based implants and endoscope components. Our unique machining technologies enable the production of various styles of linked, connectors and jaw components from a single machine. Cleanroom assembly and hermetic seal laser welding of intertube components are also available.

 

Endoscope


 
   
Applications
Machining Methods
Materials
  • Jaws for Fixed and Flexible Endoscopes
  • Links and Connectors
  • Stainless Steel

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Arthroscopy

Norman Noble, Inc. specializes in contract manufacturing of finished Implants and devices used in Arthroscopy. Our unique machining and metal finishing processes enable us to manufacture sub-assemblies, complete devices, and implants from the most exotic materials. Our extensive NiTi processing capabilities are utilized to manufacture the newest designs of suture and anchor implants from the most challenging sizes and dimensional tolerances.
 
Arthroscopy Suture Anchor

 
   
Applications
Machining Methods
Materials
  • RF Ablation Devices
  • Arthroscopic Handheld Instruments
  • Rotator Cuff Repair Implants & Devices
  • Meniscus Suturing Devices
  • Bone Screws for ACL Repair
  • Soft Tissue Fixation
  • Stainless Steel
  • NiTinol
  • Titanium
  • PEEK

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Orthopedic

Norman Noble, Inc. utilizes the most technologically advanced machining and finishing capabilities for the manufacturing of finished Orthopedic implants and devices. We are your supplier of choice for Screws and Plates used in Spine, Trauma, Extremities, and Maxiofacial applications. Our 7-axis Contour Milling Machines and Swiss Turning equipment enable the manufacturing process development and full production of finished parts from a single machine, which offers a reduced cost and better quality than traditional methods requiring secondary operations. Proprietary Electropolishing, CNC Tumbling, and Titanium Anodizing processes enable Norman Noble, Inc. to meet all type finish and color requirements for orthopedic implants. We also have a full business unit that utilizes dedicated contour milling machines for production of implant grade PEEK components.


 
Orthopedic Plates and Screws

 
   
Applications
Machining Methods
Materials
  • Minimally Invasive Spinal Implants & Instruments
  • Lumbar/Thoracic Implants
  • Cervical Plate and Screw Implants
  • Vertebral Body Replacement Systems
  • Pedicle Screw Systems
  • Polyaxial Screws, Uniplanar Screws, Monoaxial Screws, Hooks & Rod Connectors
  • Implant Grade PEEK Spacers & Screws
  • PEEK
  • Titanium
  • Stainless Steel
  • Cobalt Chrome (L605 / Elgiloy)
  • Nitinol

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Dental

Norman Noble, Inc. has developed unique manufacturing processes for production of Dental Implants and Orthodontic braces components. Our capabilities to manufacture implants and components from exotic materials, including NiTinol enables OEM’s to bring new products to market. Titanium Anodizing capabilities are utilized for Ti based implants and devices.
 

Orthodontic Braces

 


 
   
Applications
Machining Methods
Materials
  • Self Ligating Orthodontic Clips
  • Temporary Anchoring Device (TAD) Implants
  • MP35N
  • NiTinol
  • Titanium

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Oncology

Norman Noble, Inc. capabilities and experience in manufacturing of finished Multileaf Collimator (MLC) Housing assemblies used in Intensity Modulated Radiation Therapy (IMRT) machines. Lean manufacturing work cells are used to produce finished Tungsteon Leaf components and a full array of Housings and related components for IMRT Cancer Radiation Therapy Equipment. Proprietary MedCoat surface plating is available when specified by OEM’s for their product designs.
 
Oncology

 
   
Applications
Machining Methods
Materials
  • Multileaf Collimator Assemblies and Individual Leaves
  • Tungsten
  • Tool Steel
  • Aluminum

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Micromachining Facility & Headquarters - Medtech I

5507 Avion Park Drive, Highland Heights, Ohio 44143
Tel: 800.474.4322 Tel: 216.761.5387 Fax: 216.761.0455
Email:
sales@normannoble.net

Micromachining Facility - Medtech II

Highland Heights, Ohio 44143

Micromachining Facility - Collamer

Cleveland, Ohio 44110
Copyright © 2009 Norman Noble, Inc.