
Acromial Locking Plate
Specification
- Material
- Pure Titanium
- Holes
- 7 - 11
- Length
- 90 - 162 mm
Kangli Orthopaedics manufactures this pure titanium acromial locking plate for orthopedic fixation around the acromial region of the scapula. Its hooked, J-shaped geometry combines a curved acromial section with an extended clavicular stem. Recessed locking apertures and scalloped plate edges follow the changing contour between the acromion and the adjoining clavicular segment. It is supplied in left and right forms.
Curved Geometry for Acromial and Clavicular Fixation
The plate transitions from a short upright section through a broad, rounded bend into an elongated arm. This J-shaped configuration follows the curved anatomical transition around the acromial region, providing a continuous fixation path from the acromial area toward the clavicle.
Recessed Locking Apertures for Screw Seating
The larger locking apertures feature beveled rims and recessed interiors for seating compatible screw heads below the main plate surface. The defined aperture layout follows the curvature of the plate and provides designated screw-entry positions along the implant.
Scalloped Edges for a Contoured Plate Profile
Scalloped sections are positioned between the apertures along the elongated arm. These cutouts create a series of shallow changes along the plate edge, giving the stem a contoured profile rather than a wide, uninterrupted strip.
Extended Stem Across the Clavicular Transition
The elongated clavicular stem carries the fixation line beyond the acromial bend toward the adjoining clavicular segment. Its extended profile is intended for fixation layouts that cross the transition between the acromial and clavicular regions.
Orthopedic Fixation Applications
- Acromial fracture fixation
- Scapular neck fracture fixation near the acromial region
- Fixation spanning the acromial and clavicular transition
The acromial profile can be used alongside the Lateral Border Scapular Locking Plate when the scapular anatomy calls for a separate plate trajectory.

