The DVO™ Volar Plate provides surgeons a truly innovative solution to distal radius fractures. With the optimized plate profile surgeons are able to attain maximum distal placement of the plate to buttress volar-ulnar fragments without stuffing the compartment. The patent pending CoverLoc™ technology allows fragments to be lagged to the plate for greater construct stability and also allows
screws to be safely placed at fixed anatomic angles.

a - CoverLoc™
-Lag screw compression
-Locks in fixed screw angles
-Minimizes soft tissue abrasion
b - Optimized Plate Profile
-Anatomic volar tilt allows distal placement
-Increased volar-ulnar fragment buttress
-Low profile distal lip avoids tendon impingement and overstuffing
c - Anatomic screw/peg placement
Two anatomically aligned radial styloid screws
-Anatomic screw/peg arrangement provides optimal subchondral support
- Interlocking basket effect

CoverLoc™ technology is a patent pending advancement that provides the surgeon with lag screw compression while still providing fixed angle screw support. In addition, securing the CoverLoc sheath also provides a smooth surface to minimize soft tissue abrasion.

Optimized Plate Profile includes an anatomic volar tilt angle that allows for a more distal placement of the plate. With the raised ulnar portion of the plate the difficult volar-ulnar fragments are more easily buttressed and the tapered distal lip avoids overstuffing the compartment.


Anatomic Screw/Peg Placement positions provide support exactly where it’s needed. The anatomically aligned radial screws precisely align to the radial styloid peak. The distal and proximal holes are arranged to provide optimal subchondral bone support while also providing a secure interlocking basket effect.