Custom Reconstruction Plates Orthopedic Supplier & Factory

Biomechanical Adaptability & Stress Distribution

Traditional non-locking reconstruction plates often experienced hardware loosening or screw pull-out in osteoporotic or multi-fragmented comminuted fractures. The modern orthopedic paradigm shifts heavily toward anatomically pre-contoured, low-profile Locking Compression Reconstruction Plates (LCP).

By establishing a fixed-angle construct between the plate screw threads and the threaded plate holes, stress transfer bypasses direct reliance on plate-to-bone compressive friction. This preserves the delicate periosteal microvascular blood supply, mitigating the risk of avascular necrosis and accelerating secondary bone callus formation.

• Preserves periosteal blood flow via limited-contact underside geometry
• Eliminates secondary loss of reduction during postoperative load-bearing

Metallurgical Integrity: Ti-6Al-4V ELI vs. CP Titanium

Reconstruction plates demand a unique physical paradox: they must provide extreme bending plasticity to accommodate the intricate curvatures of the human pelvis, clavicle, and mandible, while maintaining superior fatigue resistance against cyclic shear stresses.

ZATH utilizes medical-grade Grade 5 Ti-6Al-4V ELI (ASTM F136 / ISO 5832-3) and selected cold-worked commercially pure titanium (CP-Ti Grade 4). Our optimized thermal-annealing protocols allow surgeons to execute precise multi-axial bending across notch segments without initiating micro-crack propagation or notch-effect mechanical failures.

• Tensile strength exceeding 860 MPa with high ductility
• MRI artifact minimization and superior biocompatibility profile

Multi-Axial Locking & 3D Anatomical Freedom

Modern pelvic and cranio-maxillofacial surgical interventions require angular versatility. The implementation of variable-angle (VA) locking combi-holes allows surgeons to angulate locking screws up to ±15° in all directions within the screw hole cone.

This allows customized trajectory targeting to capture precise dense bone fragments or steer clear of prosthetic stems in periprosthetic fractures, joint capsules, or sensitive nerve pathways without compromising angular stability.

• Cone angulation freedom up to 30 degrees total envelope
• Deep torx (Stardrive) recesses to prevent cam-out in high-torque insertions

Pelvic & Acetabular Reconstruction (3.5mm System)

Acetabular fractures require intricate contours along the anterior column, posterior column, and quadrilateral surface. ZATH 3.5mm curved and straight reconstruction plates feature notched edges between screw holes that enable 3-dimensional in-plane and out-of-plane torque bending without deforming the threaded screw holes.

Surgeons benefit from high structural malleability combined with rigid final internal stabilization, safely stabilizing unstable pelvic ring disruptions.

Clavicle & S-Shape Midshaft Trauma

The human clavicle presents a dual curvature demanding exacting anatomical design. ZATH pre-contoured S-shape clavicle plates replicate native cortical morphology, minimizing intraoperative bending time and soft-tissue irritation.

The combination of non-locking compression holes in the plate midshaft with peripheral locking holes allows precise primary fracture reduction followed by angle-stable bridging fixation.

Periprosthetic Fracture & Complex Non-Unions

Fractures occurring around prior total hip or knee arthroplasties represent an escalating clinical dilemma due to aging demographics. ZATH’s broad reconstruction plates accommodate specialized cerclage cable attachments and bicortical offset screws.

This allows stable mechanical bridging over the prosthetic stem while bypassing the intramedullary cement mantle, restoring biomechanical stability and patient mobility.