CrossFT Knotless Suture Anchor with Disposable Driver

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Description:

CrossFT Knotless Suture Anchor with Disposable Driver by ConMed Corporation

The CrossFT Knotless Suture Anchor with Disposable Driver by ConMed Corporation is a state-of-the-art medical device designed to optimize soft tissue repairs in the field of orthopaedic surgery. This device offers surgeons precision and control during procedures, enhancing medical outcomes and patient recovery timeframes.

Highly regarded for its knotless design, this suture anchor provides greater consistency in holding tissue together, reducing the risk of complications associated with conventional knot-based systems. It promotes healing by offering a secure, low-profile repair that minimizes the potential for soft tissue abrasion and irritation.

Paired with a disposable driver, the CrossFT Knotless Suture Anchor ensures the means for a reliable, cost-effective solution that complies with the highest standard of sterility. By employing disposable drivers, surgical teams can eliminate the need for reprocessing, delivering quicker turnarounds and elevated efficiency in the busy operating room environment.

Developed by ConMed Corporation, a global medical technology provider renowned for its innovative and high-quality solutions, the CrossFT Knotless Suture Anchor with Disposable Driver signifies a noteworthy advancement in providing superior care in orthopaedic surgery.

Primary Use:

Overview of CrossFT Knotless Suture Anchor with Disposable Driver

The CrossFT Knotless Suture Anchor with Disposable Driver is an integral component in the realm of joint implant surgeries. This sophisticated device is primarily used for the secure fixing of tissue to bone during orthopedic procedures. The CrossFT Knotless Suture Anchor expedites these procedures by delivering secure and consistent anchoring without the need for complex and time-consuming knot tying. Primary Medical Use Ether in the realm of sports medicine, arthroscopic procedures, or complex orthopedic surgeries, the primary use of the CrossFT Knotless Suture Anchor is to securely affix soft tissue to bone. Its major implementation areas include but are not limited to: 1. Rotator Cuff Repair: This device is extensively used in arthroscopic rotator cuff repair surgeries, where it aids in securely attaching the tendons to the bone. 2. Ligament Fixation: In ligament repair or reconstruction surgeries, the CrossFT Knotless Suture Anchor plays a pivotal role in ensuring secure fixation of the ligament to the bone. 3. Joint Reconstruction: For joint reconstruction procedures, the device facilitates stable fixation of grafts and helps in preserving the joint anatomy. Within this spectrum of orthopedic procedures, the CrossFT Knotless Suture Anchor with Disposable Driver proves its worth as a reliable, time-efficient, and clinically effective solution. The device's ability to provide a firm anchoring foundation, without the need to tie traditional surgical knots, makes it indispensable in the modern orthopedic and sports medicine landscape. Understanding the Benefit of the Disposable Driver The CrossFT Knotless Suture Anchor comes with a disposable driver, which offers an additional advantage as it eliminates the risk of cross-contamination between patients. It also means a reduction in the time and resources devoted to the sterilization process for reusable instruments, enhancing the overall efficiency of medical procedures. The medical industry continually strives to provide doctors with the tools they need for successful patient outcomes — the CrossFT Knotless Suture Anchor is a prime example of this ongoing evolution and optimization. Assisting surgeons with precision and reliability, it has secured its place as a standard component in a range of joint implant procedures.

How It Works:

Understanding the CrossFT Knotless Suture Anchor with Disposable Driver

The CrossFT Knotless Suture Anchor with Disposable Driver represents a significant advancement in the field of orthopedic and arthroscopic surgery, serving as an efficient system for secure soft tissue fixation to bone. This device from the Joint Implants category demonstrates a remarkable integration of practicality and advancement in medical technology.

How it Works

Essentially, the CrossFT Knotless Suture Anchor, as its name suggests, operates on a knotless mechanism. This results in more effective tissue repairs due to the minimized potential for knot-related complications, including knot migration and irritation. Firstly, it employs a CrossFT Anchor which is inserted into a pre-drilled bone socket using a disposable driver. The CrossFT Anchor is designed to maximize fixation strength and minimize anchor pullout. This anchor houses a continuous loop of high strength suture.
Subsequently, sutures bearing the soft tissue graft are threaded through the CrossFT Anchor loop and tensioned to secure the soft tissue to the bone. Once the desired tissue tension is achieved, a knotless lock slide is advanced down the sutures until it is seated against the anchor's loop. This secures the sutures and maintains tissue tension without the need for a traditional knot.
Finally, the excess suture is cut and the procedure is completed. The entire process is performed using the disposable driver designed for the CrossFT Knotless Suture Anchor system to assure an efficient and precise operation.

Benefits

1. Strength and stability: The CrossFT Knotless Suture Anchor's distinct design offers superior fixation strength and stability during and after the procedure.
2. Efficiency: The disposable driver ensures ease of use and convenience for the practitioner.
3. Patient Safety: The absence of a traditional knot reduces the risk of complications such as knot migration and irritation, thus contributing to improved patient safety and treatment outcomes.
The introduction of the CrossFT Knotless Suture Anchor with Disposable Driver unequivocally marks a significant step forward in the surgical landscape, underlining the continuous evolution whereby medical practice is increasingly refining its tools and methodologies to effect optimal patient outcomes.