Pediatric Orthopedic Correction Plate

A pediatric-specific dynamic hip screw plate designed for use in children and adolescents requiring proximal femur fracture fixation. The sizing and configuration are optimized for the smaller anatomy of pediatric patients.

Fixation system consisting of plates and screws for fracture stabilization and bone reconstruction. The implants provide rigid fixation to promote bone healing. Used in various orthopedic surgical procedures.

Custom fixation plates and hardware manufactured through 3D printing for fracture management and bone stabilization. Supports personalized plate designs adapted to individual patient anatomy.

An eight-shaped orthopedic plate used for bone fixation in various orthopedic applications. This plate design provides multiple screw holes for enhanced stability and compression capabilities.

Fixed-angle orthopedic plate system used for fracture fixation and bone stabilization. Provides angular stability without reliance on friction between plate and bone.

Surgical plate system designed for fixation of distal radius fractures. Provides anatomical support and stabilization for wrist trauma management.

Fixation plate for mid-shaft fractures in extremities. Offers rigid stabilization for bone healing and restoration of anatomical alignment.

Surgical plate for proximal humerus fracture fixation. Supports anatomical reduction and early mobilization in shoulder trauma.

Rigid plate system for internal fixation of bone fractures using screw fixation. Provides compression and alignment necessary for bone healing.

A therapeutic device for correction of spinal curvature in pediatric patients with scoliosis. Provides non-invasive support for spinal alignment in growing children.

Pediatric-specific orthotic devices designed for growing children with developmental or acquired musculoskeletal conditions. Provides appropriately sized support for pediatric joint and limb pathologies.

Precision-manufactured bone plates for fracture fixation and stabilization. Engineered with exact hole positioning and surface finish for orthopedic surgery.