OrthoFix Spine Products

Allows surgeons to address complicated fusion cases from the base of the skull to the thoracic region.

Temporary, multiple component system comprised of a variety of non-sterile, single use components

Provides specially shaped plates, made of commercially pure (CP) titanium, are designed to fit the anatomy of a dorsally elevated lamina. 

Compression resistant, fully resorbable, and easily customizable for a range of clinical applications.

Provides a ready-to-use, flowable putty for your clinical needs.

Adjunctive treatment option for cervical fusion in patients at high-risk for non-fusion.

3D printed titanium implants designed to compress and stabilize the sacroiliac joint during the fusion process. 

​​​​The system is a comprehensive system designed to reduce the complexity of revising and extending existing spinal constructs. 

The system offers additional implant and instrument options needed to perform complex spine procedures.

The system is designed for comprehensive posterior thoracolumbar surgical cases including degenerative disc disease.

The fixation system is well suited for applications in degenerative disc disease, minimally invasive, and many deformity procedures.

Provide a complete solution for the surgeon to perform a Lateral Lumbar Interbody Fusion (L2-L5). ​​

The superior and inferior surfaces of the implant have a pattern of ripples to provide increased stability and help prevent anterior/posterior movement of the device.​

This is designed with its titanium endplates having an optimized porosity and pore size to create a 3D porous material with the potential for bone ingrowth.

One cranial and one caudal component are assembled to create a device construct. 

Provides surgeons the ability to customize an implant for a precise anatomical fit. 

This implant has an optimized porosity and pore size which creates a 3D porous surface with the potential for bone ingrowth.

Helping preserve motion in patients undergoing cervical disc replacement.

After insertion into the disc space, the interbodies can be expanded to fit the patient anatomy.

Offers ovoid shaped implants in multiple sizes and lordotic angles, with a wide central opening to hold graft material. 

​​​​The screw provides immediate thoracic and lumbar stabilization when spine tumor patients need it most.

Provides multiple sizes and lordotic angles with an ovoid shape implant to match patient anatomy.

The screw is designed to achieve more cortical bone purchase in the medial to lateral trajectory when compared to traditional pedicle screws.

Provides multiple sizes and lordotic angles with an ovoid shape implant to match patient anatomy. 

The system is intended to be used for the delivery of allograft, autograft or synthetic bone graft material to an orthopedic surgical site.

Offers Unity 51 & Unity LX, two unique plates with low-profile design that can be used independently or jointly. 

The compression-distraction-extension offers even greater implant and instrument options for complex MIS deformity spinal fixation.

Offers a variety of options to fit patient anatomy and provide precise fixation delivery. 

With an intuitive, step-by-step procedure, the system offers procedural simplicity and a versatile approach for straightforward implant delivery

Manufactured from PEEK in two footprint sizes, small and large, and in various heights, in one-millimeter increments.

The retractor system consists of: straight and beveled tubular retractors in multiple lengths.

Combines PEEK and titanium into a porous interbody solution for the cervical spine. 

Specialized instruments designed to aid surgeons in challenging osteotomy procedures

Developed to enhance anterior cervical procedures with a 3D-printed titanium cervical interbody

Offers a variety of options for individual patient requirements and precise fixation delivery.

Designed to provide the biomechanical strength to a traditional or minimal invasive ACDF procedure