Infinity-Lock Tape for Elbow Stabilisation
Infinity-Lock 5 mm Tape is an open weave structure implant. The permanent implantable device can be used in the elbow for lateral collateral ligament reconstruction and medial collateral ligament reconstruction.
The Infinity-Lock 5 mm Tape is the mid-size option in a range of open weave implants indicated for patients requiring soft tissue approximation and reconstruction of ligaments and tendons.
The intended use and indications on this web page do not apply in the USA. For further information please contact us.
To learn more about the Infinity-Lock Tape and other applications for these devices, please refer to the downloads at the bottom of this page.
To view the instructions for use please visit our IFU library.
Instructions for UseInfinity-Lock 5 mm Tape (supplied sterile):
- 102-1098 Infinity-Lock Tape, 5 mm x 400 mm (open weave)
Features and Benefits
Design:
- The open weave structure of Infinity-Lock Tape allows a natural body response whereby native tissue integrates into the device
- Suitable physical and mechanical properties for reconstruction of the elbow collateral ligaments
- Made from woven multifilament high tenacity polyester (polyethylene terephthalate) fibre, providing a soft flexible structure with high strength
Advantages:
- No requirement to harvest a soft tissue graft to reconstruct the ligament or tendon; reduces morbidity
- Knotted technique removes the need for costly fixation devices
Case Report Infinity-Lock 5mm MPFL Reconstruction Hersh Deo
Case Report: Infinity-Lock™ 5 mm Medial Collateral Ligament (MCL) Reconstruction
LK-2 Polyester Fabric Poly-Tape Patient Flyer (Australia)
Surgical Approaches to: MPFL by Mr Danny Acton
Poly-Tape: Strength and stiffness of polyester tapes
Case Report: Infinity-Lock™ 5 mm for LCL Repair and Augmentation, Daren johnson
Case Report: Infinity-Lock™ 5 mm for MCL Repair and Augmentation 1 Darren Johnson
Case Report: Infinity-Lock™ 5 mm for MCL Repair and Augmentation 2 Darren Johnson
Infinity-Lock™M Tapes For Tissue Approximation Published Peer-Reviewed Papers