Enovis Corporation has introduced an updated version of its STAR® Ankle system. The new release incorporates e+™ Polyethylene. This new material features vitamin E-blended polyethylene and is intended to enhance the durability, stability, and longevity of the ankle replacement system.
The e+™ Polyethylene offers improved resistance to oxidation, which helps maintain the material’s mechanical properties and wear rates over time. This contrasts with traditional polyethylenes which might experience a decrease in mechanical strength due to their manufacturing processes.
This advancement is expected to improve patient outcomes by increasing the longevity of the implant. The STAR® Ankle system, already known for its long-term success and use in over 40,000 implants globally, benefits from this new material's enhanced properties. The STAR® Ankle system with e+™ Polyethylene is now the first of its kind to be approved by the FDA in the U.S.
Ankle Replacement System Designs
Enovis Corporation Debuts a New STAR® Ankle System Version
Trend Themes
1. Enhanced Implant Materials - The introduction of vitamin E-blended polyethylene in medical implants improves durability and resistance to wear, presenting new benchmark standards for material longevity.
2. Oxidation-resistant Polyethylenes - By utilizing oxidation-resistant materials, manufacturers can significantly extend the functional life and performance of orthopedic implants.
3. Fda-approved Innovations - Receiving FDA approval for pioneering implant materials opens new avenues for advanced medical devices in the U.S. market, enhancing patient care and safety.
Industry Implications
1. Medical Device Manufacturing - The medical device industry sees breakthroughs with the adoption of advanced materials like vitamin E-blended polyethylene, promising improved outcomes for patients.
2. Orthopedic Surgery - Orthopedic professionals can leverage new materials to enhance the effectiveness and lifespan of surgical implants, revolutionizing patient recovery trajectories.
3. Biomaterials - Advancements in biomaterials, such as e+™ Polyethylene, are setting new standards for implantable devices, making them more durable and reducing long-term complications.