Osseus’ 3D Printed Spine Anchors Receive FDA Clearance
The company says the system can be used with both bone screws and alternative fixation bone anchors to enable increased intraoperative flexibility, expulsion resistance and segmental stabilization.
The Pisces-SA is a standalone ALIF platform integrating a highly porous 3D printed interbody system. Photo Credit: Osseus
Osseus, a spinal solutions company, has earned FDA 510(k) clearance for its Pisces-SA Standalone Anterior Lumbar Interbody Fusion (ALIF) Interbody System. The company says the system can be used with both bone screws and alternative fixation bone anchors to enable increased intraoperative flexibility.
According to the company, biomechanical testing proved that the Pisces-SA anchors provide better expulsion resistance and perform comparably with traditional screw-based standalone ALIF constructs in stabilizing injured spinal segments. It is said the system is the first of its kind to provide this level of expulsion resistance and segmental stabilization using an alternative fixation method.
The anchors are said to enable a streamlined, direct anterior approach which facilitates minimal access and improved operational efficiency and versatility.
“I’ve used screws […], and I’ve used the blade-type constructs, but I’ve never used a device where you could make that choice intraoperatively. I really like that ability to make my decision at the time,” says Dr. Michael Hisey, an orthopedic surgeon with the Texas Back Institute in Plano, Texas.
This platform is said to integrate a highly porous 3D printed interbody with anatomical morphology designed for full osseointegration with streamlined instrumentation to facilitate a minimally invasive approach. Osseus says the Pisces-SA sets the new standard for standalone ALIF devices.
“Receiving FDA approval for the Pisces-SA is the culmination of relentless work from our R&D department and surgeon design team,” says Rob Pace, Osseus founder and CEO. “Since our inception, we have pushed the envelope, creating minimally invasive products to help simplify and streamline procedures. This product hits that mark, and we are excited to introduce it to the market.”
Related Content
-
FDA-Approved Spine Implant Made with PEEK: The Cool Parts Show #63
Curiteva now manufactures these cervical spine implants using an unusual 3D printing method: fused strand deposition. Learn how the process works and why it’s a good pairing with PEEK in this episode of The Cool Parts Show.
-
Stratasys, CollPlant Unite Technologies for Industrial-Scale Bioprinting of Tissues, Organs
The joint development and commercialization agreement will initially focus on development of a bioprinting solution for CollPlant’s regenerative breast implants, addressing $2.6 billion market opportunity.
-
View From My Shop: 3D Printing and Postprocessing With Tangible Solutions
Collaboration between Tangible Solutions’ additive and machining departments simplifies their work. Learn more in this episode of The View From My Shop.