Standard techniques should be used for incision, exposure, and preparation of the joint, osteotomy, or fracture site.

Align the bones to be fixed in the correct position and insert the Sfx Wire to the desired depth with the proximal end protruding from the bone.

Using a wire bender, bend the CoLink^® Sfx Wire to a 90º angle leaving a minimum distance of 12mm between the patient and the bend location. (Figure A)

Slide the cap protector onto the Sfx Wire with the wire exiting under the bridge. (Figure B)

Rotate the cap around the bent segment of the Sfx Wire while ensuring alignment of the main wire segment with the internal grooves to secure the wire in two planes. (Figure C)

Fasten the protective cap by pressing the two sides onto each other until it is securely locked to the Sfx Wire. An audible click will signify that the cap is securely attached. (Figure D)

Trim and remove the residual protruding end of the Sfx Wire with a wire cutter. (Figure E)

Removal Technique
For the removal of the CoLink^® Sfx Implant, rotate the protective cap and wire assembly to release the implant from the bone and soft tissues. Pull the assembly distally to remove the implant from the foot.

Once removed, the cap and CoLink^® Sfx Wire are disposed of in accordance to hospital protocol.

Size Information

The AlloAid^® PIP is a sterile, engineered allograft. The allograft is supplied in 2 sizes featuring both straight & 10° angled configurations. The AlloAid^® PIP complies with all FDA, AATB and state regulatory requirements for donor screening, recovery and testing.

Instrument Kit
The AlloAid^® PIP Allograft is accompanied by a simple and convenient sterile disposable instrument kit that includes bowed-nose Forceps and laser-marked Reamers.

The CoLag^® Screw design unites the rotational stability of a headless screw with the compression lag of a headed screw. The differential threads combined with a low profile head apply a compression lock to the fragment.