
Proximal Tibial Lateral Locking Plate
Specification
- Material
- Pure Titanium
- Length
- 85 - 328 mm
- Holes
- 4 - 16
Kangli Orthopaedics manufactures this pure titanium proximal tibial lateral locking plate for fixation around the lateral proximal tibia and the transition into the tibial shaft. Its broad contoured end, clustered proximal openings, and elongated locking openings along the shaft provide multiple fixation positions across the lateral tibial region. Left and right configurations, together with several plate lengths, support fixation spans ranging from the area near the plateau to coverage extending farther along the tibia.
Lateral Proximal Tibia Coverage
The broad, rounded end and downward-curving profile follow the lateral contour of the proximal tibia. Clustered circular openings position fixation points around the upper contour, while the plate continues into the shaft. This arrangement provides a distributed proximal fixation layout rather than concentrating all fixation along one straight row.
Adjustable Shaft Fixation Positions
Along the shaft, elongated locking openings feature rounded ends connected by a narrow waist. These openings provide longitudinal positioning options for locking screws, allowing the plate to be aligned with the planned fixation layout without restricting every screw to the centre of an individual circular opening.
Left and Right Plate Configurations
Side-specific versions correspond to the selected lateral tibial side, preserving the intended orientation of the contoured proximal section and shaft during placement. Available lengths range from shorter options for focused proximal coverage to longer plates extending from the proximal tibia into the shaft.
Orthopedic Fixation Applications
- Lateral tibial plateau fracture fixation
- Proximal tibial metaphyseal fixation
- Fixation extending from the plateau into the tibial shaft
- Lateral-sided fixation around the proximal tibia
Within the tibial plate range, this plate can be considered alongside the Tibial Metaphyseal Locking Plate when selection depends on whether the fixation footprint is concentrated laterally at the plateau or positioned more broadly across the metaphysis.

