Cervical Expandable Titanium Mesh Cage

An expandable interbody spacer cage made of implantable-grade polyetheretherketone (PEEK) material with titanium (Ti6AL4V-ELI) rod markers and expand pin. Features a convex shape designed to fit patient anatomy, threaded surfaces for fixation to the cervical vertebra, and teeth on the surface to reduce likelihood of expulsion. The self-distracting design with expanding motion provides easy fixation for anterior cervical fusion procedures.

An expandable implant device designed for thoracolumbar spine fusion procedures. The expandable mechanism allows for intraoperative adjustment and optimal vertebral body support.

A cervical fusion cage designed for cervical interbody fusion procedures. Provides structural support and promotes bone fusion between cervical vertebrae.

An expandable interbody spacer cage made of implantable-grade polyetheretherketone (PEEK) material with a titanium blade and expand pin made of Ti6AL4V-ELI material. The titanium blade is guided through the cage to engage with the posterior and anterior aspects of the device and lock into the bone to maximize segment stability while minimizing micro-motion. Available in a variety of sizes for different patient anatomies and pathologies.

Specialized cages that can be expanded after insertion to achieve optimal disc height and fill. Provides flexibility in achieving surgical goals.

An expandable lumbar interbody fusion cage featuring a mesh inverted tooth end design for anti-retreat mechanism and immediate stability. The device includes specially designed upper and lower blades to stimulate bone growth with a composite modulus of elasticity lower than standard titanium alloy. It offers minimum height implantation with controllable distraction to restore intervertebral height, parallel extension with lordosis multi-angle anatomical design for optimal end-plate fit, and specialized bone grafting design for large volume bone grafting applications. Suitable for PLIF, TLIF, and MISSTLIF procedures.

An intervertebral fusion device designed for cervical spine fusion procedures. It provides structural support and promotes fusion between vertebral bodies.

Expandable interbody cage for cervical fusion designed to restore disc height and provide spinal stability. Features adjustable height for anatomical alignment in cervical spine reconstruction.

An interbody spacer cage made of implantable-grade polyetheretherketone (PEEK) material with a unique anatomical design featuring a blade for secure and better placement. Available in various heights to restore the interbody space, with threaded surfaces and titanium (Ti6AL4V-ELI) rod markers for fixation and imaging. Used to facilitate intervertebral body fusion in the cervical spine at C3 to C7 disc levels.

A cervical spine fusion device used for cervical vertebra fusion procedures. It is designed to facilitate spinal fusion and is applicable to various cervical spine surgical interventions.

An interbody spacer designed to provide structural support for anterior cervical fusions, made of implantable-grade polyetheretherketone (PEEK) material with radiopaque titanium-ELI rod markers. Features superior and inferior convex surfaces for intimate contact with endplate surfaces, windows that allow bony growth for biological fusion, and anatomical design with teeth structure to secure placement and prevent migration. Available in a wide range of sizes with simple instrument design.

A cervical spine implant device for interbody fusion procedures as part of Clover Next's spinal stabilization system. Made from biocompatible materials and designed to ensure performance and safety in cervical spine treatment.