Osteoarthritis

Interphalangeal fusions using Arthrex Trim-It™ Drill Pins, Bio-Compression Screws, or the QuickFix™ Cannulated Screw System is an effect procedure used to treat osteoarthritis in the hand and wrist.

Trim-It Pins: Trim-It Pins provide the ability to fuse the joint and eliminate the need for hardware removal traditionally associated with k-wire placement. See also Trim-It Screw System.

Bio-Compression Screws: For complications such as hardware prominence and post-operative imaging, the Bio-Compression Screw is an excellent solution for fusions associated with osteoarthritis.

QuickFix Cannulated Screw System: The QuickFix Cannulated Screw System is ideal for joint fusions, and provides compression across the joint surface for reliable fusion results.

Trim-It Pins: Trim-It Pins provide the ability to fuse the joint and eliminate the need for hardware removal traditionally associated with k-wire placement. See also Trim-It Screw System.

Bio-Compression Screws: For complications such as hardware prominence and post-operative imaging, the Bio-Compression Screw is an excellent solution for fusions associated with osteoarthritis.

QuickFix Cannulated Screw System: The QuickFix Cannulated Screw System is ideal for joint fusions, and provides compression across the joint surface for reliable fusion results.

Snap-Off Compression FT Pins

New Snap-Off Compression FT pins offer solutions for extremities and the trauma setting. The ease of use, variable-stepped thread pitch, and wide range of sizes in diameters of 1.9 mm and 2.4 mm represent an innovative new technology to use in joint arthrodesis and for repair and reconstruction of intra-articular and extra-articular fractures. They offer compression of bone fragments for a wide range of indications and can be used in conjunction with other Arthrex products.

Compression FT Screw Surgical Technique

The titanium Compression FT (fully threaded) screws come in 2.5 Micro, 3.5 Mini, and 4.0 Standard. The variable-stepped thread pitch headless design reduces the risk of profile complications, provides compression, and allows for simplified insertion. Surgeons can now achieve zero-profile, stable fixation.