Intervertebral Expandable Pillar

Artificial disc replacement implants designed to restore disc height and maintain spinal motion. Used in degenerative disc disease treatment and spinal fusion procedures.

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

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

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 artificial intervertebral disc replacement system designed to restore disc height and mobility. This prosthetic device is intended to replace degenerative or damaged intervertebral discs.

A distractable vertebral body replacement device for thoracic and lumbar spine applications. This expandable implant system is designed for spinal reconstruction and stabilization procedures in the thoracolumbar region.

Expandable prosthetic implants for vertebral body reconstruction. These devices allow adjustable height restoration during implantation.

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

A general interbody fusion implant for spinal reconstruction and fusion applications. Used to restore intervertebral disc height and stabilize vertebral segments.

Implantable systems for treating degenerative disc disease through disc replacement technology. These devices restore vertebral spacing and mobility for chronic spinal conditions.

Specialized devices for anterior lumbar interbody fusion procedures. Designed to maintain disc space height and support spinal stability.

The MediExpand®-TL is an expandable vertebral body replacement device used for reconstruction following single or multi-segment corpectomies due to tumors of the thoracic and lumbar spine. The device features counteracting threaded columns that enable stepless, finely adjustable distraction with coverage of substance defects ranging from 15-50 mm depending on implant size. Its unique construction allows special angular connections with the insertion instrument, enabling implantation via dorsolateral and lateral approaches. The large support surfaces of the toothed end plates reduce subsidence into adjacent vertebral bodies and provide secure anchorage with optimal dislocation protection.