A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting allograft specific modified anatomy
A three dimensional physical model depicting allograft specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting allograft specific modified anatomy
A three dimensional physical model depicting allograft specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A three dimensional physical model depicting patient specific modified anatomy.
A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.
A physical template that is composed of patient's bony anatomy and allows for pr
A physical template that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical template that is composed of patient's bony anatomy and allows for pr
A physical template that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical template that is composed of patient's bony anatomy and allows for pr
A physical template that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical template that is composed of allograft bony anatomy and allows for pr
A physical template that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of allograft bony anatomy and allows for preci
A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of allograft bony anatomy and allows for preci
A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of allograft bony anatomy and allows for preci
A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical template that is composed of allograft bony anatomy and allows for pr
A physical template that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of allograft bony anatomy and allows for preci
A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of allograft bony anatomy and allows for preci
A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of allograft bony anatomy and allows for preci
A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical template that is composed of allograft bony anatomy and allows for pr
A physical template that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of allograft bony anatomy and allows for preci
A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of allograft bony anatomy and allows for preci
A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of allograft bony anatomy and allows for preci
A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical template that is composed of patient's bony anatomy and allows for pr
A physical template that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical template that is composed of patient's bony anatomy and allows for pr
A physical template that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical template that is composed of patient's bony anatomy and allows for pr
A physical template that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
A physical guide that is composed of patient's bony anatomy and allows for preci
A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.
The titanium alloy cortical locking screws (torx T-10 head) are used to affix th
The titanium alloy cortical locking screws (torx T-10 head) are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 10mm to 45mm.
The titanium alloy bypass locking screws (torx T-10 head) are designed to affix
The titanium alloy bypass locking screws (torx T-10 head) are designed to affix the plate to the bone using a similar design as the cortical locking screw, except that the screw head includes scallops that allow a second locking screw to be installed in the adjacent hole. The bypass locking screws are 2.7mm in diameter and are available in multiple lengths ranging from 10mm to 34mm.