System Overview

The Mini Locking Plate System is a multi-size orthopedic fixation product range consisting of mini locking plates in 1.5mm, 2.0mm, 2.4mm, and 2.7mm configurations. The system provides different plate geometries, hole counts, and lengths to accommodate various small bone fixation and reconstruction requirements.

The 1.5mm range includes Mini Locking Plate, Mini Reconstruction Locking Plate, Mini T Locking Plate, Mini Y Locking Plate, Mini Condylar Locking Plate, and Mini Strut Locking Plate configurations. The plates are available in different hole counts and lengths, with the standard 1.5mm plates shown in the catalog having a 1.0mm thickness and 4.5mm width.

The 2.0mm range includes Mini Locking Plate, Mini Reconstruction Locking Plate, Mini T Locking Plate, Mini Y Locking Plate, Mini T Reconstruction Locking Plate, and Mini Condylar Locking Plate configurations. These plates are specified with a 1.5mm thickness and 5.0mm width.

The 2.4mm range provides Mini Locking Plate, Mini Reconstruction Locking Plate, Mini T Locking Plate, Mini Y Locking Plate, and additional T-type configurations. The catalog specifies a 1.5mm plate thickness and 6.5mm width for this size range.

The 2.7mm range includes Mini Locking Plate, Mini Reconstruction Locking Plate, Mini T Locking Plate, Mini L Locking Plate, Mini L Locking Plate with left/right configurations, and Mini Condylar Locking Plate. The catalog specifies a 2.0mm thickness for the standard 2.7mm Mini Locking Plate and a 1.5mm thickness for several shaped plate configurations.

WELLTRUST provides multiple REF configurations within each size group, allowing customers to select plates according to diameter, geometry, hole count, and available length. The system can therefore be presented as a unified product family while retaining detailed specifications for each individual plate.

The Mini Locking Plate System is intended for professional orthopedic applications involving fixation of small bones and bone fragments. The exact plate configuration should be selected according to the compatible screw system, anatomical requirements, and applicable surgical technique.