Expandable Spinal Fusion Implants ID: 2017-081

An innovative spinal fusion implant designed to significantly improve spinal fusion surgeries by expanding within the disc space post-insertion.

Technology Overview

This technology introduces two expandable spinal fusion implants aimed at overcoming the limitations of current spinal implant technologies. Unlike traditional implants that are rigid and require forceful insertion, these new implants can expand both vertically and laterally after being placed into the disc space. This capability allows for a better restoration of vertebral spacing and angle, crucial for the spinal fusion process. The design closely matches the modulus of elasticity of bone, facilitating more natural bone growth and reducing the risk of bone degeneration.

Key Advantages

• Ability to expand vertically and laterally post-insertion
• Mimics the modulus of elasticity of bone, reducing bone degeneration risks
• Eliminates the need for forceful insertion, preventing potential damage
• Facilitates natural bone growth through the implant

Problems Addressed

• Limitations of non-expandable, traditional spinal implants
• Risks of bone degeneration associated with stiff, conventional implants
• Challenges in restoring proper vertebral spacing and angle
• Difficulties with implant insertion and potential vertebral damage

Market Applications

• Orthopedic surgery, specifically in spinal fusion procedures
• Biomedical companies interested in licensing advanced implant technologies
• Research and development in spinal surgical devices
• Collaboration with research bodies and potential for NSF funding

Additional Information

Technology ID: 2017-081
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 28 March, 2025