The Self-Stabilizing Lateral Cage represents the next evolution in lateral spine surgery.
The Self-Stabilizing ALIF Cage is engineered to provide unmatched primary stability.
Our Tantalum Lumbar Cage represents the pinnacle of material science in spinal arthrodesis.
The 3D-Printed Lateral Cage is a high-performance interbody spacer designed for the LLIF approach.
Our 3D-Printed Posterior Cage is designed for high-performance outcomes in PLIF and TLIF procedures.
Maximum-stability vertebral body replacement for multi-level thoracolumbar corpectomy defects.
Mid-profile vertebral body replacement optimised for single-level thoracolumbar corpectomy.
Lightweight porous vertebral body replacement for upper thoracolumbar corpectomy.
Premium ALIF cage with expansive footprint and hyperlordotic options for sagittal correction.
Universal thoracolumbar corpectomy cage with modular endplate system.
Low-profile ACDF cage with integrated fixation for a zero-profile anterior cervical approach.
Biomimetic 3D-printed disc prosthesis restoring natural cervical kinematics.
Compact cervical vertebral body replacement for single-level anterior corpectomy.
Enhanced cervical corpectomy cage with expanded porous architecture for superior fusion.
Wide-profile cervical vertebral replacement for complex corpectomy reconstructions.
Adjustable-height cervical vertebral body for intraoperative distraction and precise sizing.
Surface-modified PEEK-core cervical cage with titanium-coated endplates for enhanced bioactivity.
Advanced surface-modified cage with enhanced pore distribution for accelerated cervical fusion.
Premium surface-modified cervical cage with multi-zone titanium coating for optimal fusion.
Highly biocompatible tantalum cervical cage for superior osseointegration in ACDF.
Integrated-fixation cervical cage eliminating the anterior plate for a streamlined ACDF approach.
Patient-specific 3D-printed metallic fusion cage manufactured from CT data for anatomically precise fit.
Bespoke 3D-printed prosthesis for complex C1-C2 reconstruction after tumour or fracture.
