Patient-specific, 1:1-scale models intended to aid in the visualization of the patient’s bony anatomy.

Indicated for use in skeletally mature patients with degenerative disc disease and accompanying radicular symptoms at one level from C2-T1.

A system of implants and instruments for open door laminoplasty procedures.

Used to create a void in the cancellous bone of the vertebral body.

Used to facilitate fusion in the lumbar spine and are placed via either a PLIF, TLIF, or anterior approach using autogenous bone.

Enables disc-clearing and endplate preparation through a minimally invasive approach, using a suction-curette mechanism.

3D printed cellular titanium implants designed to mimic the published properties of bone.

Combines a highly viscous cement with a hydraulic delivery system and is part of the personalized treatment of vertebral compression fractures.

Ultraporous synthetic bone graft substitute that provides a bone void filler that resorbs and is replaced with bone during the healing process.

Minimally invasive access system to the posterior thoracolumbar spine.

Consists of PEEK/carbon fiber composite cages available in parallel or lordotic configurations in various sizes to match patient anatomy.

Aims to provide surgeons with a range of implants that are designed to participate infusion.

Intended to assist in locating and mapping motor nerves through the use of mechanomyographic signals and electrical stimulus of nerves.

Versatile system of implants and instruments to accommodate the needs and individual preferences of surgeons.

Set of one-piece, reusable ports that allow surgeons to access the spine by dilation of the overlying tissues.

Enhanced set of instruments and implants designed for unmet needs in fixation alignment, targeting, and extension for the upper spine.

Provides multiple needle tip and cement delivery options as well as a simple, easy-to-use inflation device.

Provides controlled inflation and generates twice the lifting force to enhance height restoration.