DHS - DCS & Angled Blade

Dynamic hip screw and dynamic condylar screw systems for fracture fixation.

A dynamic hip screw plate with DCP holes and long barrel configuration for proximal femur fracture fixation. The extended barrel design provides enhanced stability and load distribution in hip fracture management.

A dynamic hip screw plate with DCP (Dynamic Compression Plate) holes design, intended for orthopedic surgical fixation of proximal femur fractures. This plate system provides compression capabilities and multiple fixation options through its hole configuration.

A dynamic hip screw plate with DCP holes and short barrel design for proximal femur fracture fixation. The compact barrel configuration is suitable for cases requiring shorter implant lengths.

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.

Short dynamic external fixation system for extremity fractures with limited bone length. Supports gradual reduction and stabilization.

Compression hip screw system for hip fracture fixation. Provides compression and stabilization for femoral neck and intertrochanteric fractures.

Cannulated headless compression screw for orthopedic fixation. Provides interfragmentary compression for fracture healing.

Hip trauma fixation system for acute fracture management including femoral neck, intertrochanteric, and subtrochanteric fractures. Provides stable fixation for early mobilization.

Locking compression dynamic plate for femoral fracture fixation. Provides angular stability for proximal and distal femoral fractures.

High quality cannulated compression screw for orthopedic surgery. Designed for interfragmentary fixation in fracture treatment.

An external modular fixation system designed for difficult orthopedic cases including open femoral fractures, comminuted fractures, and fractures with severe soft tissue damage. It consists of precision pins, sturdy connecting rods, and flexible adjustable clamps that provide stable fracture fixation through external mechanical support without dissecting bone segments or damaging surrounding blood vessels and nerves. The system offers excellent adjustability and stability, allowing surgeons to freely adjust angle, length, and fixation tension for personalized treatment while effectively avoiding complications such as bone nonunion, malunion, and postoperative infection.