
OPM: A leading provider of thermoplastic tech for biomedical, aerospace, and industrial markets.
Official pages and third-party coverage in one index.
oxfordpm.com10 items across 9 mapped pages · Crawled Sep 25, 2026
Official pages and third-party coverage in one index
Are Personalized, Metal-Free Implant Solutions the Future of Orthopedics? Watch an insightful Master Class webinar presentation featuring three leading surgeons in lower extremity reconstruction as they present case examples utilizing the Oxford Performance Materials 3D-printed OsteoFab® PEKK implan
Oxford Performance Materials, Inc., an industry leader in advanced polymer science, coating technologies, and 3D-printed biomedical devices, announced today that Jordan DeFelice has been appointed to the Board of Directors Oxford Performance Materials, effective immediately.
Stay updated with Oxford Performance Materials' latest news on 3D printed biomedical and industrial solutions, including implants, patents, and collaborations.
Expansion into Personalized Implants Latest Growth Area for Pioneer of 3D Printed Polymeric Orthopedic Devices
OPM hosted a delegation from Ukraine, U.S. Senator Chris Murphy and executives from Hartford Healthcare at their facility on April 5th. The team from Ukraine consisted of Dr. Serhiy Hariyan, Chair of Orthopedics & Trauma at Ternopil Regional Hospital, and the co-founders of Orthopedic Help for Ukraine (OHFU), Janine Ignatenko, and Andrii Ivanov.
Contact Oxford Performance Materials for inquiries on OXPEKK thermoplastic biomedical, and industrial 3D printing. Reach out to solve your needs.
OPM’s OsteoFab® technology is the only polymeric medical device additive manufacturing platform with properties that include osseointegration, antibacterial & antiviral performance, bone-like mechanics, perfect fit, and radiolucency.
OPM’s OsteoFab® technology is the only polymeric medical device additive manufacturing platform with properties that include osseointegration, antibacterial & antiviral performance, bone-like mechanics, perfect fit, and radiolucency.