Interspinous Process Spacer

Implantable device placed between cervical vertebrae to maintain disc space height and alignment. Supports fusion and neural decompression in cervical spine surgery.

Modular spacer component for intramedullary nailing procedures. Provides anatomical alignment and load distribution in long bone fracture fixation.

Distraction anterior spacer system with integrated screw fixation for cervical and lumbar spine fusion procedures. Maintains disc height and spinal alignment while promoting bone fusion. Features ultra-low profile design for minimally invasive anterior approach placement.

Spacer devices maintaining disc height in spinal fusion procedures. Support interbody fusion across various spinal levels.

Orthopedic spacer devices used in joint replacement and spinal procedures to maintain proper anatomical spacing and alignment. These products support structural stability in surgical applications.

A device for the intervertebral space with laminar support. This implant is designed for interspinous stabilization in spinal surgery to help restore functionality and preserve mobility.

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 dynamic stabilization device used in spinal treatment procedures. The system provides support and stabilization for intervertebral segments.

Specialized devices for minimally invasive lumbar spine surgery and interventional procedures. Designed to enhance procedural efficiency and patient outcomes.

Surgical system designed for percutaneous spinal fixation with reduced tissue trauma. Enables stabilization of vertebral segments through small incision techniques.

Specialized implant devices designed for spinal stabilization and vertebral column support. Used in degenerative spine disease and traumatic injury management.

Advanced spinal implant systems designed to provide optimal support and promote healing in spinal procedures. These implants are engineered for precision placement and long-term stability.