Cervical Expandable Cage

An expandable titanium mesh cage for cervical interbody fusion procedures. The mesh design and expandable mechanism provide customizable support in the cervical spine.

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 expandable titanium cage for posterior lumbar interbody fusion procedures. The expandable design allows for customizable height adjustment during surgical placement.

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

A spinal fusion system utilizing PEEK material with elastic modulus close to cancellous bone, reducing stress shielding and preventing subsidence.

An implantable cervical intersomadic device developed to promote adequate intervertebral spacing at cervical levels compromised by pathology, fabricated in thermoplastic PEEK polymer with complete instrumentation.

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

A polyetheretherketone cervical interbody cage system designed for standalone fusion without additional fixation. The biocompatible material promotes osseointegration and reduces imaging artifacts.

A PEEK spine cage for thoracic interbody fusion procedures. This cage system is designed for vertebral body replacement in the thoracic spine.

An expandable lumbar spinal cage designed for interbody fusion procedures. The expandable mechanism allows surgeons to adjust height intraoperatively.

A PEEK spine cage for lumbar interbody fusion. This implant is designed for spinal fusion procedures in the lumbar region.

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.