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Joint reconstruction

Meeting the demands of joint reconstruction

The demand for joint replacement has never been higher, which makes closing the patient “satisfaction gap” one of the greatest challenges to overcome.

How is Biomedical working to overcome these challenges?

Our focus is on solutions that can help reduce the associated pain of implants and extend the implant life itself to avoid the physical and financial cost of repeat surgeries. Our goal is to keep pace with the growth of the sector by helping our partners spearhead innovations with our biomaterials expertise.

Biomedical innovations that help take on these challenges:

Our medical-grade polyethylene powder is engineered for enhanced wear resistance, making it an ideal material for long-lasting joint replacements. In addition, plasma spray coatings are used to improve the bond between metal implants and bone, helping to reduce micromovements and ensure greater stability in total hip and knee replacements. These advanced solutions contribute to improved implant performance, longevity, and patient outcomes¹.

^{1. Dumbleton, John, and Michael T. Manley. "Hydroxyapatite-coated prostheses in total hip and knee arthroplasty." JBJS 86.11 (2004): 2526-2540.}

Discover our integrated biomaterial portfolio for joint reconstruction

Joint reconstruction (knee, hip, shoulder & ankle)

Our experts draw on a broad biomaterial portfolio to enhance the body’s natural healing response in joint reconstruction - including medical polyurethanes and hydrophilic coatings. These biocompatible materials can be fine-tuned and customized by our experts based on your unique application needs.

Joint replacements

High-strength biocompatible materials like our Ultra High Molecular Weight Polyethylene powders can also potentially extend the life of joint implants - limiting friction within the device thanks to their stronger crosslinking properties: great news for improved patient outcomes.