With the added stability offered by the internal brace, patients may be able to initiate rehabilitation earlier and regain normal knee function more expeditiously. In contrast to the conventional timeline where it takes approximately a year for a graft to reach the strength of the original ACL/PLCL, areinforced graft with an internal brace demonstrates the ability to attain original strength from around six weeks onward.

ACL and PCL injuries are common occurrences in the knee, often resulting from sports-related activities or traumatic events. While conservative treatments may suffice for mild cases, severe injuries often necessitate surgical reconstruction to restore stability and prevent long-term joint damage.

This innovative approach involves utilizing ultra-high molecular weight polyester or polyethylene to reinforce the graft, aiming to provide supplementary support to the reconstructed ligament and improve its healing and functional outcomes.

This innovation is a surgical method and process for producing a reinforced graft to treat Anterior Cruciate Ligament (ACL) and/or Posterior Cruciate Ligament (PCL) injuries in the knee. It involves the use of ultra-high molecular weight polyester or polyethylene materials to strengthen the graft used in reconstruction. The reinforced graft offers added support to the healing ligament, improving stability, promoting better recovery, and enhancing long-term functional outcomes, especially in severe cases where surgical intervention is required.