Scorpn 3D-Printing Cage

3D-printed orthopedic implant for spinal fusion procedures providing structural support and stability.

An implantable medical device combining a cage and plate for anterior cervical stabilization, featuring an anatomical profile to cervical plateaus and vertebral body, preserving natural lordotic curvature and restoring segment stabilization.

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.

3D-printed standalone interbody fusion cage for oblique lumbar interbody fusion (OLIF) procedures. Designed to restore intervertebral disc height and promote spinal fusion in degenerative disc disease and spinal deformity cases. Features advanced 3D-printed geometry for optimal osseointegration and biomechanical stability.

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.

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.

3D-printed anterior lumbar interbody fusion (ALIF) stand-alone cage system for spinal fusion surgery. The device restores intervertebral disc height and stabilizes the spine in degenerative disc disease and spinal trauma cases. Manufactured using advanced 3D printing technology with biocompatible materials to promote osseointegration and long-term fusion.

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.

Cervical interbody fusion cage designed for anterior cervical spine stabilization and reconstruction. The system facilitates bone fusion and maintains intervertebral disc space height in cervical spine pathology. Manufactured with quality-controlled materials and precision engineering for reliable clinical performance.

A cervical intervertebral cage system intended to replace cervical intervertebral discs and fuse adjacent vertebral bodies at vertebral levels C2–C7 following anterior cervical discectomy. The MSC-C spacer is intended for use with supplemental fixation. The system is available in two types: Type 1 incorporating two lateral titanium alloy spikes and Type 2 without spikes.

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

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.