DePuy Synthes 294303000 OrthoTech Hamstring Tendon Harvester Orthopedic 12-1/2"

DePuy Synthes 294303000 OrthoTech Hamstring Tendon Harvester Orthopedic 12-1/2"

• Model: 294303000
• Overall Length: 12-1/2 inches

The DePuy Synthes 294303000 OrthoTech Hamstring Tendon Harvester delivers precision, reliability, and surgical efficiency — engineered for harvesting semitendinosus and gracilis tendons used in ACL, PCL, and other knee‑ligament reconstructions. With a 12‑1/2" ergonomic design, the harvester allows surgeons to access and extract hamstring grafts with minimal soft‑tissue disruption. Its atraumatic stripping tip gently separates tendon from surrounding muscle and fascia, helping to preserve muscle integrity and integrity of the graft — essential for producing strong, viable autografts that meet graft‑length requirements for multi‑strand constructs.

Optimized for minimally invasive harvesting, the 294303000 supports small‑incision approaches commonly used in modern ligament reconstruction protocols. This decreases donor‑site morbidity, reduces postoperative pain, and facilitates faster rehabilitation compared with more invasive graft harvest techniques. Its robust stainless‑steel construction and compatibility with standard graft‑preparation workflows make it a dependable workhorse for orthopedic and sports‑medicine surgical suites.

For hospitals, clinics, and surgical centers committed to delivering high‑quality outcomes, the DePuy Mitek 294303000 offers a dependable and efficient solution for hamstring autograft procurement. It helps standardize graft harvesting, streamline surgical workflow, and maximize the quality of autograft tissue — ultimately contributing to improved patient outcomes, consistent graft performance, and efficient operative throughput in ACL and other knee‑ligament reconstructions.

These surgical instruments have been previously used and show visible signs of wear consistent with their prior usage. Despite these signs, they remain in a usable condition, suitable for continued medical procedures.