Norman Noble logo
Norman Noble logo

Electropolishing

Electropolishing

DECADES OF HANDS-ON EXPERIENCE.

Norman Noble uses automated and validated EP systems.

Norman Noble nitinol stents manufacturing

CUSTOM DESIGNED ELECTROPOLISHING PROCESSES

At Norman Noble, we manufacture our customers’ products that depend on ultra-precision micromachining and finishing. Our automated electropolishing processes are custom designed to remove metal, and enhance the surface for each medical grade alloy we process, including nitinol.

CUSTOM DESIGNED ELECTROPOLISHING PROCESSES

At Norman Noble, we manufacture our customers’ products that depend on ultra-precision micromachining and finishing. Our automated electropolishing processes are custom designed to remove metal, and enhance the surface for each medical grade alloy we process, including nitinol.

NEW ADVANCED TECHNOLOGIES

Norman Noble's newest electropolishing technology includes the use of our Noble Electro-tumble Polish system. Noble Electro-tumble Polish has the ability to deburr, smooth, and polish intricate features on metallic-based implants made from nitinol, stainless steel, titanium, and cobalt chrome. 

Noble Dry Electropolishing Technology Logo

FACTS AT A GLANCE

  • Automated systems – no rack marks
  • Dedicated systems for stainless, cobalt chrome, nitinol
  • Validated processes
  • Processes for corner rounding or sharpening
Norman Noble Orthopedic Implant Prototypes

VITAL INDUSTRY EXPERIENCE

  • We have more than 30 years of experience in the industry.
  • Experience is vital for electropolishing, because if expertly done, it alone can improve the surface finish many-fold, and greatly improve the passive surface.
  • Our experienced engineering team works with the customer’s design requirements to allow for the proper material removal.

IMPROVE FATIGUE

  • Our electropolishing systems can improve fatigue by removing cold working stresses, heat affected zones (HAZ), and microcracks.
  • Our electropolishing systems can also be used to soften edges, stress risers, maximize fatigue resistance, improve surface smoothness, luster, and enhance passivity.
  • It is often considered the standard finishing process for medical implants.

DEDICATED PROCESS DEVELOPMENT TEAMS

  • Our experienced team of engineers works within our Process Development Centers (PDCs) to develop and validate cost-effective manufacturing methods required to produce prototype parts for our customers’ medtech product innovations.
Norman Noble Nitinol Implant Prototypes

WHAT WE MAKE

  • Vascular Stents
  • Neurovascular Implants and Devices
  • Heart Valve Frame Components
  • Bone Screws
  • Vessel Closure Implants
  • Vena Cava Filters

MATERIALS WE USE

  • Stainless Steel Alloys
  • Nitinol
  • Cobalt-Chrome
  • Titanium

PRODUCTION & CAPACITY

  • Over 6,000 sq. feet of combined manufacturing space dedicated to electropolishing located throughout 3 facilities
  • 31 Automated Electropolishing Systems for vascular stents
Norman Noble Vascular Implants and Devices Prototypes