Proceeds from Surgeon-led Fund Focused on Growth of OPM’s 3D Printed OsteoFab®-Rx Personalized Implant Solutions.

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.

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.

Oxford Performance Materials, Inc. and Jajal Medical, a leader in 3D visualization and digital planning, are collaborating to deliver a fully integrated solution for patients with major bone defects requiring customized orthopedic implants. This new partnership combines Jajal’s 3D Surgical® digital planning platform with OPM’s 3D printing OsteoFab® PEKK technology to address a growing, unmet need for patient-specific high performance polymer implants, worldwide.

Oxford Performance Materials, Inc. announced today an agreement to acquire the patent portfolio of England’s Ketonex, Ltd., which is comprised of the world’s highest performance PAEK polymer synthesis technology. In adding these synthesis patents to its existing portfolio, OPM has furthered its capabilities as a recognized leader in PAEK (polyaryletherketone) materials technology, with broad applications in the biomedical, industrial, aerospace, energy, and electronics industries.

OPM is pleased to announce an agreement to assist Orthopedic Help for Ukraine (OHFU) - a non-profit addressing the needs of orthopedic and surgery departments of Ukrainian hospitals - by manufacturing and delivering 3D printed custom implants along with suture anchors with instrument sets to front line hospitals treating people injured in the invasion of Ukraine by Russia.