Sam Brusco, Associate Editor04.19.22
Spinal device manufacturer ChoiceSpine has launched its next-gen Harrier SA ALIF system.
Harrier SA is a 3D-printed standalone screw-based system that incorporates the company’s proprietary BioBond porous structure technology. The system’s four titanium, dual-threaded corticocancellous screws were designed for lag purchase and the interbody comes in three anatomical footprints with multiple lordotic options.
An integrated cam-locking mechanism adds further security via quick and secure screw back-out prevention. The system is compatible with the company’s Raven anterior lumbar plate if addition fixation is desired.
"The Harrier SA System instrumentation and implants provide an exceptional solution for my patients requiring anterior lumbar fusions. The wide variety of footprints and lordotic options allow for optimal restoration of the disc space. In addition, the system allows up to 45° screw angulation which is optimal for L5-S1 implant placement," Betsy Grunch, MD, a Design Surgeon for the Harrier SA system told the press.
Steve Ainsworth, Ph.D., ChoiceSpine’s EVP of strategy and technology, added, "The launch of our next generation Harrier SA system builds on our already robust family of 3D-printed product portfolio. Harrier SA provides surgeons an excellent standalone solution for ALIF procedures."
Harrier SA is a 3D-printed standalone screw-based system that incorporates the company’s proprietary BioBond porous structure technology. The system’s four titanium, dual-threaded corticocancellous screws were designed for lag purchase and the interbody comes in three anatomical footprints with multiple lordotic options.
An integrated cam-locking mechanism adds further security via quick and secure screw back-out prevention. The system is compatible with the company’s Raven anterior lumbar plate if addition fixation is desired.
"The Harrier SA System instrumentation and implants provide an exceptional solution for my patients requiring anterior lumbar fusions. The wide variety of footprints and lordotic options allow for optimal restoration of the disc space. In addition, the system allows up to 45° screw angulation which is optimal for L5-S1 implant placement," Betsy Grunch, MD, a Design Surgeon for the Harrier SA system told the press.
Steve Ainsworth, Ph.D., ChoiceSpine’s EVP of strategy and technology, added, "The launch of our next generation Harrier SA system builds on our already robust family of 3D-printed product portfolio. Harrier SA provides surgeons an excellent standalone solution for ALIF procedures."