Light-weight, High Strength Mg Sheet/Plate Developed for BIOMEDICAL Applications

DonJoy knee brace small

Improve fuel efficiency, reduce pollution in energy applications, and produce thinner and lighter electronic components - all of these things are made possible by nanoMAG's new light-weight, high strength magnesium sheet technology.

AND NOW....  nanoMAG is developing and commercializing next generation, high strength, light-weight nanomagnesium materials with applications in biomedicine, orthopedic devices and electronic instrument packaging.

nanoMAG's material science merges with DonJoy's innovation in a lightweight design for the OA Nano (TM) knee brace. www.djoglobal.com-products-donjoy-oa-nano

Is nanoMAG right for my project?

nanoMAG supplies precision magnesium sheet and short run speciality alloys to diverse industries.  Is magnesium right for your project?  Take note of some of the key benefits:

  • Higher strength to weight ratio than aluminum and steel
  • Improved corrosion resistance over conventional alloys
  • Higher fatigue strength
  • Improved formability
  • Higher impact energy
  • Enhanced damping and noise reduction
  • Mini-mill production concept and Thixoblending allow nanoMAG to produce short run specialty alloys

Recent Press Releases/Articles

nanoMAG's bioabsorbable implant technology highlighted in recent publication by the Chemical Engineering Society is viewable at:  www.aiche.org/sites/default/files/cep/20141214.pdf  (December 2014).

nanoMAG invited speaker at Musculoskeletal New Ventures Conference on October 28. See more:  www.nanomag.us/about-nanoMAG/press-releases/nanomag-invited-speaker-at-musculoskeletal-new-ventures-conference  (October 2014).
 

nanoMAG LLC signs license agreement with strategic OEM for development of bioabsorbable implants:  www.nanomag.us/about-nanoMAG/press-releases/nanomag-llc-signs-license-agreement-with-oem  (October 2014).

Biocompatible, bioabsorbable magnesium alloy implants from nanoMAG: www.nanomag.us/nanoMag-Develops-New-Class-of-Materials-for-Orthopaedic-Implants.pdf  (October 2013).