MIS Pedicle Screw

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.

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.

Pedicle screw constructs designed for percutaneous or mini-open insertion. These systems reduce soft tissue trauma while maintaining fixation quality.

Advanced spinal fixation system comprising pedicle screws for vertebral stabilization and fusion procedures. These precision-engineered implants are manufactured to international standards and comply with ISO 13485 quality management requirements. Designed for optimal spinal stability and alignment.

An orthopaedic implant system consisting of pedicle screws designed for spinal fusion procedures in scoliosis treatment.

Spinal fixation system using pedicle screws for posterior spine stabilization. Provides rigid fixation for degenerative and traumatic spine conditions.

Complete system for posterior spinal fixation using pedicle screws. Includes measurement tools, insertion guides, and positioning devices. Supports percutaneous and open approaches for thoracic and lumbar spine.

Posterior fixation systems utilizing pedicle screws for spinal stabilization. These systems provide secure anchoring points for rod-based constructs in spinal fusion procedures.

Denique MIS Pediatric Pedicle Screw System is a minimally invasive surgical solution designed for pediatric spinal stabilization and fusion procedures. The system provides precise pedicle screw placement through small incisions, reducing tissue trauma while maintaining structural integrity in growing spines. Engineered for pediatric anatomy, it enables surgeons to correct spinal deformities and stabilize vertebral segments with improved patient recovery outcomes.

A spinal fixation system utilizing multidimensional dual-axis pedicle screws for enhanced stability and alignment in spinal surgery procedures.

Minimally invasive screw fixation systems for spinal stabilization in orthopedic procedures. Systems include specialized instruments for precise screw placement with minimal tissue disruption.