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The Adjustable Loop Suture Button, Distal Pulling is a state-of-the-art implant used for secure and reproducible soft tissue fixation. This implant features an adjustable suture loop that allows for fine-tuning of graft tension and accommodates a wide range of bone tunnel lengths. The unique distal pulling mechanism of the Adjustable Loop Suture Button, Distal Pulling simplifies surgical technique by allowing the surgeon to tension the graft by pulling the suture from the far side of the tunnel. Manufactured by TOOLMED, this Adjustable Loop Suture Button, Distal Pulling is an excellent solution for ligament and tendon reconstruction, offering a simple yet powerful method for achieving precise and robust fixation.
TOOLMED
Product Description
The Adjustable Loop Suture Button, Distal Pulling features a sliding loop that allows for precise tensioning and eliminates the need to pre-measure the graft, making it highly versatile for various patient anatomies.
The unique distal pulling mechanism of the Adjustable Loop Suture Button, Distal Pulling simplifies graft tensioning. Surgeons can easily tighten the loop from the far end of the bone tunnel, reducing graft damage and ensuring a secure fixation with minimal effort.
The Adjustable Loop Suture Button, Distal Pulling provides strong cortical fixation, ensuring exceptional pull-out strength that is independent of bone quality and is superior to traditional fixation methods.
The implant's low-profile button minimizes soft tissue irritation, which helps to reduce patient discomfort and the potential for impingement.
The Adjustable Loop Suture Button, Distal Pulling is crafted from a high-quality titanium alloy and durable suture material, offering excellent biocompatibility and long-term performance.
The Adjustable Loop Suture Button, Distal Pulling is indicated for single-incision, all-inside ACL and PCL reconstruction using a variety of soft tissue grafts.
It is used for the fixation of other ligaments and tendons to the bone in reconstructive procedures where an adjustable loop is desired for precise tensioning.
The Adjustable Loop Suture Button, Distal Pulling can be an excellent option for fixing bone-tendon-bone grafts, providing strong cortical support for the tibial or femoral side.
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The Adjustable Loop Suture Button, Distal Pulling is a specialized surgical implant that provides an innovative solution for soft tissue fixation in reconstructive procedures. Unlike a fixed loop system, the Adjustable Loop Suture Button, Distal Pulling features a sliding suture loop that can be cinched down after implantation to achieve optimal graft tension. This mechanism, combined with a unique distal pulling design, allows for precise intraoperative adjustments, which is critical for restoring the natural biomechanics of the joint.
The primary application of the Adjustable Loop Suture Button, Distal Pulling is in arthroscopic ligament reconstruction, particularly in all-inside and single-incision ACL repairs. Its adjustable loop and distal pulling mechanism make the Adjustable Loop Suture Button, Distal Pulling ideal for surgical techniques where bone tunnel length may vary. The versatility of the Adjustable Loop Suture Button, Distal Pulling also makes it a valuable tool for a variety of other soft tissue repairs requiring controlled tensioning and a strong cortical anchor.
The Adjustable Loop Suture Button, Distal Pulling offers significant advantages for both the surgeon and the patient. Its adjustable loop allows for fine-tuning of graft tension after the implant is in place, ensuring a perfect fit and reducing the risk of over- or under-tensioning. The distal pulling mechanism simplifies the surgical technique, reduces operating time, and minimizes trauma to the graft. This enhanced biomechanical strength and ease of use lead to a faster and more predictable patient recovery. Manufactured by TOOLMED, this Adjustable Loop Suture Button, Distal Pulling is a reliable solution for high-strength graft fixation.
The biomechanics of the Adjustable Loop Suture Button, Distal Pulling are based on a principle called cortical fixation. The implant's button is placed on the outer surface of the bone cortex, acting as a bridge over the bone tunnel. The graft is then tensioned by pulling on the distal suture, which slides the loop and pulls the graft taut against the bone tunnel. This type of fixation distributes stress over a wide area, reducing peak loads on the bone tunnel and significantly increasing the implant's resistance to pull-out forces. The Adjustable Loop Suture Button, Distal Pulling provides a biomechanically sound and robust construct.
The surgical technique for implanting the Adjustable Loop Suture Button, Distal Pulling is precise and efficient. After preparing the graft, a bone tunnel is drilled. The implant is then passed through the tunnel, with the suture button on the opposite side of the cortex. A gentle pull on the main suture flips the button against the cortex, securing the implant. The surgeon then pulls the distal suture to cinch down the loop and achieve the desired graft tension. This distal pulling mechanism allows for final tensioning after the button is flipped, which simplifies the overall procedure.
Following the implantation of the Adjustable Loop Suture Button, Distal Pulling, postoperative care focuses on a structured rehabilitation protocol. Due to the superior initial stability provided by the implant, patients are often able to begin early range of motion exercises and progress to weight-bearing as prescribed by the surgeon. Regular clinical and radiographic follow-up appointments are essential to monitor graft healing and ensure the implant remains stable throughout the recovery process.
The Adjustable Loop Suture Button, Distal Pulling is a highly effective and versatile implant for soft tissue reconstruction. Manufactured by TOOLMED, its innovative adjustable loop and distal pulling design provide surgeons with a powerful tool for achieving superior cortical fixation. The Adjustable Loop Suture Button, Distal Pulling contributes to enhanced biomechanical stability, reduced operative time, and a faster, more complete recovery for patients.
