Arthrex AR-8926T Knotless Tightrope Syndesmosis Repair Implant Titanium
Arthrex AR-8926T Knotless Tightrope Syndesmosis Repair Implant TitaniumÂ
Arthrex
• Model: AR-8926T
• Material: High-strength titanium, designed for durability and biocompatibility
• Knotless fixation system for simplified surgical technique and secure ankle syndesmosis stabilization
The Arthrex AR-8926T Knotless Tightrope Syndesmosis Repair Implant is a specialized orthopedic device designed to provide secure and reliable stabilization for ankle syndesmosis injuries. Featuring a knotless design, this implant reduces the bulk associated with traditional fixation methods while offering surgeons a streamlined and efficient repair solution.
Constructed from high-quality titanium, the implant ensures strength, durability, and biocompatibility. Its design allows for precise tensioning and fixation, which helps maintain the proper alignment of the ankle joint during the healing process. This contributes to improved surgical outcomes and supports patient recovery.
The Arthrex Knotless Tightrope system is engineered for ease of use and versatility in the operating room. By eliminating the need for knot tying, it simplifies the procedure and minimizes potential complications. Packaged sterile and intended for single-use, this implant is an advanced solution for orthopedic specialists addressing syndesmosis injuries.
Arthrex AR-8926T Knotless Tightrope Syndesmosis Repair Implant TitaniumÂ
Arthrex
• Model: AR-8926T
• Material: High-strength titanium, designed for durability and biocompatibility
• Knotless fixation system for simplified surgical technique and secure ankle syndesmosis stabilization
The Arthrex AR-8926T Knotless Tightrope Syndesmosis Repair Implant is a specialized orthopedic device designed to provide secure and reliable stabilization for ankle syndesmosis injuries. Featuring a knotless design, this implant reduces the bulk associated with traditional fixation methods while offering surgeons a streamlined and efficient repair solution.
Constructed from high-quality titanium, the implant ensures strength, durability, and biocompatibility. Its design allows for precise tensioning and fixation, which helps maintain the proper alignment of the ankle joint during the healing process. This contributes to improved surgical outcomes and supports patient recovery.
The Arthrex Knotless Tightrope system is engineered for ease of use and versatility in the operating room. By eliminating the need for knot tying, it simplifies the procedure and minimizes potential complications. Packaged sterile and intended for single-use, this implant is an advanced solution for orthopedic specialists addressing syndesmosis injuries.
Original: $100.00
-70%$100.00
$30.00Description
Arthrex AR-8926T Knotless Tightrope Syndesmosis Repair Implant TitaniumÂ
Arthrex
• Model: AR-8926T
• Material: High-strength titanium, designed for durability and biocompatibility
• Knotless fixation system for simplified surgical technique and secure ankle syndesmosis stabilization
The Arthrex AR-8926T Knotless Tightrope Syndesmosis Repair Implant is a specialized orthopedic device designed to provide secure and reliable stabilization for ankle syndesmosis injuries. Featuring a knotless design, this implant reduces the bulk associated with traditional fixation methods while offering surgeons a streamlined and efficient repair solution.
Constructed from high-quality titanium, the implant ensures strength, durability, and biocompatibility. Its design allows for precise tensioning and fixation, which helps maintain the proper alignment of the ankle joint during the healing process. This contributes to improved surgical outcomes and supports patient recovery.
The Arthrex Knotless Tightrope system is engineered for ease of use and versatility in the operating room. By eliminating the need for knot tying, it simplifies the procedure and minimizes potential complications. Packaged sterile and intended for single-use, this implant is an advanced solution for orthopedic specialists addressing syndesmosis injuries.
