While OPM has gotten a lot of attention for their orthopedic implants lately, it’s the aerospace industry that is at the center of a strategic investment from fellow Connecticut company Hexcel Corporation. The advanced composites manufacturer specializes in lightweight structural materials including carbon fiber, which OPM has used as a component in their OXFAB technology. OXFAB ESD parts have been used in a variety of aerospace and satellite programs, but the two companies hope to work together to further leverage the technology to advance additive manufacturing in the aerospace industry.
“Aerospace adoption of reinforced manufactured parts using Hexcel carbon fiber is becoming a viable and meaningful design solution due to its performance and processing advantages,” said Nick Stanage, Hexcel Chairman, CEO and President. “With the adoption of these lightweight, high-performing materials expected to accelerate, this is an ideal opportunity for our two companies to work together enabling faster product development and adoption for our customers.”
The backbone of OPM’s OXFAB technology is their proprietary OXPEKK (poly-ether-ketone-ketone) material, a high performance polymer capable of withstanding extreme temperatures and harsh chemicals. It hasn’t escaped either Oxford Performance Materials or Hexcel that they have a lot in common beyond carbon fiber – both are dedicated to the development of advanced materials technology to address needs in global transport, performance and energy efficiency, so a strategic partnership makes a lot of sense.
“Hexcel represents the gold standard in carbon fiber and composite material technologies, and our core target markets are extremely complementary,” said Scott DeFelice, Chairman and CEO of Oxford Performance Materials. “Hexcel’s investment in OPM will help enable us to further expand production capacity to meet rapidly growing market demand for our OXFAB® technology. In addition, this investment sets the stage for joint technology collaboration and business development efforts with Hexcel.”