BioPoly® Radial Head System
Radial Head Solutions For Improved Outcomes
When fractures, arthritis, or degeneration impact the radial head, function can be severely compromised. The BioPoly Radial Head System is an innovative surgical solution designed to restore mobility and alleviate pain in the elbow joint.
Ideal for cases of radial head fractures or joint damage that have not responded to conservative treatments, this advanced system enables surgeons to preserve the native joint and reduce the need for total joint replacement.
BioPoly® Radial Head System Products
BioPoly® Radial Head System Product Information
The BioPoly® Difference
BioPoly’s Radial Head Implant uses a unique combination of polyethylene and hyaluronic acid to provide a smooth, durable, and highly effective surface. This material replicates the body’s natural cartilage function, offering a self-lubricated, low-friction implant that can help preserve the patient’s remaining cartilage in the elbow.
Key Benefits
A More Natural Solution For Elbow Joint Care
Designed to mimic the properties of natural cartilage, this implant supports the restoration of joint function while delivering long-term pain relief and preserving the patient’s elbow anatomy.
When treating traumatic radial head injuries, the BioPoly® Radial Head System enables surgeons to restore mobility and improve patient outcomes effectively.
Ideal Candidates For The BioPoly® Radial Head System
The BioPoly® Radial Head System is ideal for patients with:
It is also ideal for patients who want to avoid additional joint damage that results from metal implants articulating with the opposing capitellum cartilage.
Improve Patient Outcomes With The BioPoly® Radial Head System
For patients with radial head damage or arthritis causing pain and limited mobility, the BioPoly® Radial Head System offers a sophisticated solution for restoring elbow function.
Explore how this innovative system can enhance your surgical outcomes and improve patient quality of life. Contact BioPoly today for more information.
