Spine surgery, reimagined…

Disruptive technologies supporting
uniquely optimized spine surgeries
for every patient

See through every obstacle

Our unique Advanced Dynamic Visualization of Intraoperative Spinal Equilibrium tool (ADVISE™) shows surgeons what they can’t see, bringing real-time, augmented reality (AR) visibility to spinal surgery for the first time. Combining this AI-driven process support with optimized implants and instruments, Neo Universal marks the next step in smart surgery.

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Improving surgical systems has benefits far beyond the OR. Our technologies are designed to improve outcomes and impacts at every level decluttering the OR, cutting time spent in surgery², improving outcomes³, lowering costs², and reducing environmental damage through material efficiency⁴.

Learn more about how we’re reducing our environmental impact.

Optimize every outcome

Optimized universal implants, smart instruments¹, and software work together to create value at every level and for every stakeholder. A complete system of technologies supports enhanced outcomes at each stage of the perioperative process: preoperative planning, intraoperative actions, and postoperative recovery^1-5.

Learn more about our integrated and force control technologies.

Customize every surgery

Neo Universal: A total technology ecosystem, transforming spinal surgery

Neo Universal represents a new approach to optimized healthcare, changing what’s possible in spinal surgery. Our fully integrated solutions ecosystem supports improved surgical outcomes, streamlined treatment cycles, and reduced environmental impacts, all while lowering costs.

Spine Expert Network for Science & Education

A global networking platform where international surgeon peers can exchange and learn about the latest science, advancements, experiences and best practices within the degenerative and trauma/tumor spine surgery community.

SENSE – Sharing new and ongoing research to help improve spine pathology management through new surgical approaches and methodologies, such as Controlled Fixation, to enable increased control of biomechanical forces during spinal surgery.

Events

Publications

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