Self-punching all-PEEK knotless anchor platform with
screw-in fixation. The Omega eyelet is independent of the
screw, or decoupled, which offers key intraoperative advantages.
Omega Knotless Anchor System
Proprietary decoupled eyelet
The eyelet is independent of the screw and has a proprietary design to reposition during suture tensioning and customise its final position based on bone density.
Unobstructed complete cannulation
Omega screws have been designed to offer unobstructed complete cannulation due to the decoupled eyelet and screw construct and the eyelet’s ability to reposition itself during deployment. Anchor cannulation may facilitate the exchange of blood and other autologous cells.
Guiding suture path
Sutures from the previously inserted eyelet create a suture path and facilitate the insertion point for the screw.
The all-PEEK eyelet is preloaded on a self-punching awl which is designed to eliminate the need to drill. Drills, taps and awls are available.
Ease of sizing up
The design of the system allows for the surgeon to intraoperatively size up to a 6.5mm screw without removing the eyelet or rethreading the sutures.
The Omega platform offers Double-Double implant kits for the 3.9mm and 4.75mm sizes. For cases requiring two implants, the Double-Double kits feature disposable instrumentation that is designed to be reloaded intraoperatively with a second set of implants.
Allows for precise anchor placement for optimised fixation in rotator cuff repair.Learn more
The ReelX STT knotless anchor features an incremental tensioning mechanism, which allows for patient Specific Tissue Tensioning during arthroscopic rotator cuff repair. The PEEK body of the anchor expands with each incremental turn of the black knob on the inserter handle, expanding up to one additional millimeter in diameter under the cortical surface. The expanding body of the ReelX STT is designed to provide enhanced fixation. The anchor also features a proximal PEEK eyelet designed to help protect the bone from suture damage during tensioning.Learn more