
Medial Border Scapular Locking Plate
Specification
- Material
- Pure Titanium
- Holes
- 10
Kangli Orthopaedics supplies a titanium medial border scapular locking plate for fixation along the curved medial border of the scapula. The plate features a broad arched profile, a concave inner edge, rounded ends, and a curved line of recessed apertures. Left- and right-sided configurations are available for the corresponding scapular anatomy.
Curved Geometry for Medial Border Alignment
The plate combines a convex outer edge with a concave inner edge to create a broad arch with descending arms at both ends. This configuration follows the changing direction of the medial scapular border and provides a continuous implant profile from the upper curve to the terminal regions.
Locking Apertures Along the Curved Plate
Circular apertures are arranged in a single curved row that follows the plate rather than a straight longitudinal axis. This layout positions the screw entry points along the arched fixation path as it transitions toward each descending arm.
Rounded Ends for Terminal Fixation
The plate widens gradually around the terminal apertures and finishes with rounded profiles. The end geometry accommodates fixation positions near both ends while avoiding abrupt, squared-off transitions at the plate perimeter.
Recessed Apertures for Screw Head Seating
Each aperture incorporates a beveled or recessed rim that transitions from the plate surface into the opening. This design provides a defined seating area for the screw head and creates a lower-profile transition around each entry point.
Scapular Fixation Applications
The medial border scapular locking plate is intended for fixation applications involving:
- Medial border scapular fractures
- Scapular body fractures extending along the medial border
- Scapular neck fractures extending toward the medial border
Its arched profile is intended for the medial scapular fixation region. The Lateral Border Scapular Locking Plate is configured for the opposite scapular border and fixation area.

