Ilizarov Fixator

External fixation devices used in Ilizarov surgical technique for limb lengthening and deformity correction. The devices are featured in professional education workshops and training programs for surgical specialists.

A specialized external fixation device based on the Ilizarov principle, designed to correct equinus deformity—an abnormal foot position where the foot points downward, often caused by cerebral palsy, trauma, or congenital conditions. Constructed from lightweight, high-strength titanium and stainless steel, the fixator features a circular frame, adjustable struts, and percutaneous pins that enable gradual, precise correction of the ankle joint's soft tissues and bone structure over time. The device applies slow, continuous traction to stretch tight Achilles tendons, ligaments, and muscles while gradually realigning the foot into a neutral position. Clinicians can modify the frame daily to control correction speed, minimizing pain and reducing risks like nerve damage or skin breakdown.

Computer-aided hexapod frame system based on Ilizarov's circular fixation principles for complex foot and limb deformity correction in orthopedic treatment.

Ring frame external fixator for ankle joint fixation. Provides circular fixation framework for ankle fractures and reconstruction.

External fixation device for orthopedic stabilization and fracture management. Provides adjustable support for bone alignment during healing.

External fixation device for managing complex fractures and bone deformities. The system provides adjustable stabilization and allows for gradual correction. Used in trauma and reconstructive orthopedic surgery.

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.

Advanced external fixation system for correcting complex foot deformities through modular frame design and precise adjustability for functional restoration.

C-shaped external fixator designed for orthopedic fracture stabilization. Offers reliable mechanical support for bone healing and alignment.

A single-piece external fixation device designed for stabilization of orthopedic trauma cases. Provides rigid fixation for bone fractures and supports healing during the treatment period.

Specialized external fixation system for finger fractures and hand trauma. Provides adjustable stabilization during healing.

External fixator designed for knee joint fixation and stabilization. Used in complex knee fractures and soft tissue management.