Posterior Spinal Internal Fixation System(MIS)

A minimally invasive surgical pedicle screw system used in spinal fusion procedures. This implant provides vertebral fixation and stability for spinal reconstruction surgeries.

A minimally invasive pedicle screw system designed for spinal fixation and scoliosis correction. The system is engineered for reduced surgical trauma while maintaining structural stability.

A minimally invasive spinal fusion system designed for vertebral stabilization procedures. The system is used in spinal fusion applications to provide fixation and support for spinal joints.

Minimally invasive surgery (MIS) system designed to support orthopedic surgical procedures through enhanced visualization and precision instrumentation. The system integrates imaging guidance with specialized surgical tools for spinal and orthopedic interventions, reducing tissue trauma and patient recovery time.

Pedicle screw designed for minimally invasive spinal surgery applications with optimized insertion angles and instrumentation. Supports percutaneous fixation techniques.

A minimally invasive spine surgery pedicle screw system designed for spinal fixation and stabilization. The system is part of Mediox's specialized traumatology and orthopaedic implant product line focused on spine surgery applications. It is manufactured using advanced 3D design software and precision machinery to ensure high product quality and compliance with EU standards.

A minimally invasive implant system with modern instruments designed for minimally invasive spine surgery procedures.

A minimally invasive posterior fixation system designed for lumbar spine stabilization procedures.

MIS pedicle screw system engineered for percutaneous or minimally invasive spinal fusion procedures. Reduces soft tissue trauma while maintaining fixation stability.

An internal fixation system designed for posterior spinal stabilization and fusion procedures. The system provides rigid fixation for various spinal pathologies requiring posterior instrumentation.

Minimally invasive surgical instrumentation for posterior spinal procedures with reduced tissue trauma. Designed for stabilization and fusion with smaller incisions and faster recovery.