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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 ISO13485:2003 (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,
Tungsten, Titanium, Platinum, MP35N, Gold, Molybdenum, Bio-absorbable
Materials, Cobalt Chrome, 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. |
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| In
June 2005, Norman Noble, Inc. received the Medical
Design Excellence award as a supplier to the
StarClose Vascular closure system from Abbott Vascular
System. |
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MEDCOAT
2000™ is the perfect medical coating for medical
devices and instruments. Visit The
Electrolizing Corporation of OHIO for information
on other proprietary coatings for the medical device
industry.
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Some
Example Products:
|
| Orthopedic
Fixation Plates
- Lengths
to 9"
- Curvature
both redially & axially
- Eccentric
geometries for orthopedic extremities
- Material:
Titanium, Stainless and Cobalt Chrome
Manufacturing
Process:
- CNC
Milling
- CNC MicroBlasting
- Laser Marking
- Titanium Anodizing |
|
Cable
Sheath
- Thickness:
0.07 mm
- Hole
Diameter: 0.25 mm
- Material:
Titanium
Manufacturing
Processes:
- CNC
Lapping
- Wire
EDM
- Passivation |
|
Hemoglobin
Pump Housing
- Overall
Length: 14.5 mm
- Outer
Diameter: 4.5 mm
- Wall
Thickness: 0.38 mm
- Web
Size: 0.25 mm
- Material:
Titanium
Manufacturing
Processes:
- CNC
Turning
- Sinker
EDM
- Hand
Polishing
- Electropolishing
- Passivation |
|
Stents
- Lengths:
1.5 mm, 25 mm & 200 mm
- Outer
Diameter: 0.20 mm to 10 mm
- Wall
Thickness: 0.5 mm to 0.04 mm
- Material:
316L Stainless, Nitinol, Molybdenum, Cobalt Chrome
Manufacturing
Processes:
- Laser
Cutting
- Shape
Setting of Nitinol
- Automated Electropolishing
- Automated 100% Dimensional Inspection
- Clean Room Packaging |
|
Dental
Tools
- Material:
Titanium, 17-4 CRSS
Manufacturing
Processes:
- Swiss
Turning
- Heat
Treating
- Microdeburring
- Electropolishing
- Passivation |
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Orthopedic
Screws
- Material:
Titanium, 316L SS
Manufacturing
Processes:
- Swiss
Turning / Milling
- Microdeburring
- Laser
Etching
- Passivation
- Titanium Anodizing |
|
Tibial
Stylus Assembly
- Material:
17-4 CRSS
Manufacturing
Processes:
- CNC
Turning
- Wire
EDM
- Heat
Treating
- Glass
Bead Finishing
- Laser
Etching
- MEDCOAT
2000™
- Passivation |
|
Bone
Chamfer Guide
- Material:
17-4 CRSS
Manufacturing
Processes:
- CNC
Milling & Engraving
- Heat
Treating
- Wire
EDM
- Microscopic
Deburring
- Glass
Bead Finishing
- MEDCOAT 2000™
- Passivation
- Laser
Etching |
|
Bone
Saw Guides
- Material:
6061 Aluminum
Manufacturing
Processes:
- CNC
Milling & Drilling
- Small-Hole
EDM
- Wire
EDM
- Laser
Etching
- Hard
Anodizing |
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