Sutures

The FiberWire® suture family includes sizes 4-0 - #5, including designs such as FiberStick™ and FiberSnare® sutures that provide innovative solutions to arthroscopic suture passing. TigerWire® suture has a black spiral thread for easier arthroscopic visualization, identification, sizing and motion detection. FiberLoop® suture is ideal for multi-strand tendon repairs.

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The FiberWire® suture family includes sizes 4-0 - #5, including designs such as FiberStick™ and FiberSnare® sutures that provide innovative solutions to arthroscopic suture passing. TigerWire® suture has a black spiral thread for easier arthroscopic visualization, identification, sizing and motion detection. FiberLoop® suture is ideal for multi-strand tendon repairs.

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FiberTape<sup>®</sup> Cerclage System
FiberTape® Cerclage System
FiberTape cerclage is a strong, simple, and reproducibly effective solution for replacing metal cables and wires traditionally used for fracture fixation. The low-profile, broad footprint of FiberTape cerclage suture provides superior compression and ultimate load compared to metal cables and wires.1 The system includes FiberTape and TigerTape™ cerclage sutures, a tensioner, an instrument tray, and various passing instruments.
FiberWire<sup>®</sup> Suture
FiberWire® Suture
FiberWire suture is constructed of a multi-strand, long chain ultra-high-molecular-weight polyethylene (UHMWPE) core with a braided jacket of polyester that provides strength, soft feel and abrasion resistance that is unequaled in orthopedic surgery. FiberWire suture represents a major advancement in orthopedic surgery.
TightRope<sup>®</sup> Fixation System
TightRope® Fixation System
The TightRope implant’s FiberWire® suture is constructed of a multistrand, long-chain ultra-high molecular weight polyethylene (UHMWPE) core with a braided polyester and UHMWPE jacket that is used extensively in human surgery for many orthopedic applications and provides excellent strength, a soft feel, and abrasion resistance. The UHMWPE material has properties that make it stronger and less prone to failure than any other suture material. The implant uses bone-to-bone fixation, with superior strength and stiffness designed specifically for ligament repair.
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