Endo Button Manufacturer & Supplier
An Endo Button is an orthopedic fixation device used in arthroscopic ligament reconstruction, particularly for ACL (Anterior Cruciate Ligament) and PCL (Posterior Cruciate Ligament) reconstruction. It is designed to provide cortical or femoral fixation of a ligament graft during reconstructive procedures. Titanium Endo Buttons are commonly used because of their strength and suitability for orthopedic applications.
Endo Button designs are available with fixed, continuous or adjustable loops, depending on the surgical technique and product configuration. Commercial products are available in different loop lengths and configurations for ligament reconstruction.
Key Features
- Precision-engineered orthopedic fixation device
- Commonly manufactured from titanium or titanium alloy
- Available with fixed, continuous and adjustable loops
- Designed for secure graft fixation
- Suitable for arthroscopic ligament reconstruction
- Available in multiple loop lengths
- Compact and smooth implant design
- Suitable for ACL and PCL reconstruction applications
- High-strength suture loop options
- Available in sterile and non-sterile configurations depending on product
Applications
The Endo Button is commonly used in:
- ACL reconstruction
- PCL reconstruction
- Knee arthroscopy
- Ligament reconstruction
- Soft-tissue graft fixation
- Bone-tendon-bone graft fixation
- Sports medicine procedures
Some Endo Button configurations are designed for femoral soft-tissue fixation, while other button systems can support different graft fixation techniques.
Endo Button With Loop
An Endo Button with Loop combines a fixation button with a high-strength suture loop for graft fixation. Depending on the manufacturer, fixed or continuous loop options may be available in different lengths such as 15 mm, 20 mm, 25 mm, 30 mm and 35 mm.
Endo Button With Adjustable Loop
An Adjustable Loop Endo Button allows the loop length to be adjusted according to the surgical requirement. This configuration is marketed for applications such as ACL and PCL reconstruction and can provide flexibility during graft positioning and fixation.
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