Fenestrated Polyaxial Pedicle Screw

A pedicle screw with poly-axial design that allows multi-directional rod placement, commonly used in thoracic and lumbar spine fixation procedures for enhanced flexibility in alignment.

Polyaxial pedicle screw offering variable angulation for spinal fixation procedures. Allows multidirectional placement flexibility in spinal instrumentation systems.

Polyaxial pedicle screw system for thoracic spine stabilization and fusion procedures. Offers multidirectional head movement to facilitate optimal screw placement in thoracic vertebrae.

Polyaxial pedicle screw system designed for lumbar spine fixation and fusion applications. Provides anatomically contoured design with angular adjustment capabilities for lumbar vertebral fixation.

A pedicle screw with multi-directional articulation allowing flexible rod positioning, used in pedicle screw systems for improved anatomical alignment.

Specialized bone screw designed for spine fixation procedures, particularly for pedicle fixation in vertebral bodies. Used extensively in spinal orthopedic surgery.

Fixed-angle pedicle screw system for spinal fusion procedures across cervical, thoracic, and lumbar regions. Offers rigid fixation with simplified insertion technique.

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

A poly-axial pedicle screw with reduction capability, designed for deformity correction and improved flexibility in spinal fixation constructs.

A spinal fixation device used in cervical spine surgery to provide stabilization and support during orthopedic procedures. This polyaxial screw allows for angular adjustment to accommodate various anatomical configurations.

Specialized pedicle screw system for posterior cervical spine stabilization and fusion. Designed for the anatomical constraints of the cervical region.

A pedicle screw fixation system designed for patients with osteoporosis to provide stable fixation. The screws are less prone to loosening and displacement, overcoming the weak holding power of single pedicle screws in existing technology. The multi-dimensional dual-axis screw fixation structure reduces the need for bone cement injection, improving safety and operational convenience.