Vertebral Body Replacement

Implant device for complete vertebral body reconstruction in trauma and oncological cases. Restores spinal alignment and load-bearing capacity.

Prosthetic devices designed to replace compromised vertebral bodies. These implants restore spine height, alignment, and load-bearing capacity.

An implant designed to replace damaged or diseased vertebral bodies in spinal reconstruction procedures. Restores spinal alignment and provides structural support.

Specialized implants for vertebral body replacement and spinal reconstruction. These devices restore spinal alignment and provide structural support.

Prosthetic implant used to replace damaged or diseased cervical vertebral bodies. Restores spinal height and alignment in anterior cervical reconstruction procedures.

Expandable and fixed vertebral body replacement devices for anterior column reconstruction following tumor resection or trauma. Provides immediate stability and load-bearing capability.

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

Advanced devices for vertebral body reconstruction using augmented cement techniques in minimally invasive procedures. Devices restore vertebral height and spinal alignment.

Expandable implant system for vertebral body reconstruction in corpectomy procedures and spine tumor cases.

Expandable and non-expandable cages for corpectomy reconstruction in spinal tumors. Restores spinal alignment and load-bearing.

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.

Motion-preserving devices designed to replace degenerated intervertebral discs. These implants restore normal disc biomechanics while maintaining segmental mobility.