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Spinal implant systems designed for spinal fixation, stabilization and various spinal surgical procedures.
Select a product to view technical specifications or submit an RFQ quotation.
Pedicle screw–rod fixation variants for spinal stabilization and fusion. FNC refers to fenestrated/cement-augmentable configurations designed for use in weak or osteoporotic bone.
Additional pedicle screw systems offering different screw-head and fixation configurations, including polyaxial, reduction and dual-thread designs for open spinal fusion procedures.
Pedicle screw system with long removable towers that allow rods to be inserted through small skin incisions. Designed for minimally invasive spinal surgery with reduced muscle disruption.
Surgical retractor system designed to hold muscle and soft tissue apart and create the required surgical corridor during spinal procedures.
Cross-links and rod-to-rod connectors used to connect spinal fixation constructs, improve construct rigidity and facilitate connection to existing spinal fusion constructs during revision surgery.
Posterior cervical fixation system consisting of small screws and rods designed to stabilize the cervical spine from a posterior approach.
Occipito-cervical fixation system using plates and rods to connect the base of the skull to the upper cervical spine. Designed for instability at the skull–spine junction caused by trauma, disease or other conditions.
Posterior spinal fixation and interlocking implant systems designed to provide stabilization and fixation during spinal fusion procedures.
Low-profile anterior cervical plates designed for fixation of the cervical spine after disc removal and anterior cervical discectomy and fusion procedures.
Anterior cervical lag screw designed for fixation of odontoid fractures. The screw is inserted from the front of the cervical spine to stabilize the fractured odontoid process.
PEEK interbody fusion cages designed for spinal fusion procedures. TLIF, PLIF and OLIF configurations correspond to different surgical approaches and cage shapes. The cages provide an intervertebral space for bone graft and support spinal fusion.
Expandable spinal cages inserted in a compact configuration and expanded after placement to restore vertebral height and provide structural support. Lumbar configurations are used for disc-space reconstruction, while corpectomy cages replace removed vertebral bodies.
Expandable jack-style cages and titanium mesh cages designed to reconstruct the anterior spinal column following removal of a damaged vertebral body. The cages can be filled with bone graft to support spinal reconstruction and fusion.
3D-printed interbody fusion cage featuring a porous matrix structure designed to encourage bone growth into the implant. The flexible and radiolucent design supports spinal fusion and postoperative imaging.
Complete spinal surgical instrumentation set including taps, probes, screwdrivers, rod benders, persuaders and other instruments required for implantation of spinal fixation systems.
Category: Spine Implant Systems
