Graft compression system
A graft compression system for compressing soft tissue grafts used in connection with reconstructive surgery on the anterior cruciate ligament (ACL). The graft compression system includes a compression chamber having an elongate hollow shaft body having two ends that are threaded to mate with correspondingly threaded collet nuts. Collets are removably inserted into, and engage, the collet nuts fastened to opposing ends of the compression chamber A surgical graft may be inserted into a hollow compression tube having a lumen with a compressible diameter, said compression tube being sized for insertion into the collets and compression chamber. When such collet nuts are tightened by a user of the graft compression system, the inner diameters of the respective collet nuts nested within such collet nuts are decreased, causing the diameter of the lumen of the hollow compression tube to in turn be decreased and compress the surgical graft within.
1. A surgical graft compression system comprising:
a compression chamber having an elongate hollow shaft body, said hollow shaft body having a first proximal end and a second distal end, each of said first proximal end and said second distal end having outer surfaces on which threaded surfaces are formed;
a proximal first collet nut configured to threadedly fasten to said first proximal end of said elongate hollow shaft body;
a distal second collet nut configured to threadedly fasten to said first end of said elongate hollow shaft body;
a proximal first collet configured for insertion into said proximal first collet nut;
a distal second collet configured for insertion into said distal second collet nut; and
a hollow tube having a lumen with a compressible diameter, said hollow tube being configured for removable insertion into said proximal first collet, said compression chamber, and said distal second collet.
2. The surgical graft compression system of claim 1 , wherein said proximal first collet nut includes an internal collar protrusion that is configured to engage a collar slot formed on an outer surface of said proximal first collet.
3. The surgical graft compression system of claim 2 , wherein the counterclockwise rotation of said proximal first collet nut causes an inner collet lumen of said proximal first collet to have decreased diameter.
4. The surgical graft compression system of claim 1 , further comprising a first semi-circular upper bracket fastened to a second semi-circular lower bracket, wherein at least a portion of said compression chamber is secured within said first semi-circular upper bracket and said second semi-circular lower bracket.
5. The surgical graft compression system of claim 4 , wherein said second semi-circular lower bracket is mounted to a board.