
Micro Phalangeal Metacarpal Locking Plate System
Specification
- Material
- Pure Titanium
- Holes
- 5 - 11
- Length
- 18 - 55
Kangli Orthopaedics offers this pure titanium micro locking plate system for procedures involving the phalanges and metacarpals. Its narrow plate bodies, locking-hole interface, and selection of T, condylar, L-shaped, and straight configurations provide options for different hand-bone locations and contours.
Locking-Hole Interface for Hand Bone Procedures
The locking-hole design accommodates a compatible locking screw head within the plate, establishing the specified screw-to-plate interface at each selected hole. This format provides a consistent connection point for procedures involving the phalanges or metacarpals.
T and Condylar Plate Options
The Micro T Locking Plate, Small provides a T-shaped layout for fixation patterns that extend across the end of a bone. The Micro Condylar Locking Plate, Small offers a compact configuration for condylar regions. These layouts position the available holes around the relevant bone end instead of limiting the construct to a single straight row.
Narrow Plate Profiles for Phalanges and Metacarpals
The plate body remains narrow between its rounded hole sections, following a longitudinal fixation path along the hand bone. The Micro Straight Locking Plate provides a direct linear configuration for selected phalangeal or metacarpal procedures without a broad transverse section.
Left- and Right-Sided Hand Plate Configurations
Left- and right-marked options identify the intended side, helping distributors and physicians select a configuration corresponding to the involved hand. The range also includes L-shaped layouts for procedures that require a change in direction near the end of the plate.
Application Areas for Small-Bone Hand Fixation
- Phalangeal fracture fixation
- Metacarpal fracture fixation
- Finger fracture stabilization
- Small-bone hand fixation
This hand-focused system is separate from the Distal Humeral Lateral Locking Plate, which is designated for a different anatomical fixation site.


