01.4081
CZMEDITECH
1 Set
Titanium
OEM & ODM
CE/ISO:9001/ISO13485
Compatible with autoclave and EO sterilization
7–14 Days (OEM: 15–30 Days)
Technical & Surgical Support
24‑Hour Response
Talus (astragalus) fractures, ankle intra-articular fractures
Anodized surface treatment
Compatible with X-ray, CT and MRI
Matched with small fragment instrument set
Express / Air / Sea
For reduction and fixation of talus fractures
Anatomical talus contour
Fixed-angle locking design
High biocompatibility
Multiple size options
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Product Description
Locking plates are crucial components in orthopedic internal fixation systems. They form a stable framework through the locking mechanism between screws and plates, providing rigid fixation for fractures. Particularly suitable for osteoporotic patients, complex fractures, and surgical scenarios requiring precise reduction.
This series includes 3.5mm/4.5mm Eight-plates, Sliding Locking Plates, and Hip Plates, designed for pediatric bone growth. They provide stable epiphyseal guidance and fracture fixation, accommodating children of different ages.
The 1.5S/2.0S/2.4S/2.7S series includes T-shaped, Y-shaped, L-shaped, Condylar, and Reconstruction Plates, ideal for small bone fractures in hands and feet, offering precise locking and low-profile designs.
This category includes clavicle, scapula, and distal radius/ulnar plates with anatomical shapes, allowing multi-angle screw fixation for optimal joint stability.
Designed for complex lower limb fractures, this system includes proximal/distal tibial plates, femoral plates, and calcaneal plates, ensuring strong fixation and biomechanical compatibility.
This series features pelvic plates, rib reconstruction plates, and sternum plates for severe trauma and thorax stabilization.
Designed for foot and ankle fractures, this system includes metatarsal, astragalus, and navicular plates, ensuring anatomical fit for fusion and fixation.


Designed using human anatomic database for precise contouring
Angulated screw options for enhanced stability
The low-profile design and anatomical contouring minimize irritation to surrounding muscles, tendons, and blood vessels, reducing postoperative complications.
Comprehensive sizing from pediatric to adult applications




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