With the recent release of Altus Spine’s Lumbar Standalone Interbody Fusion System, the Indy Standalone was recently used to perform its first procedure.
The Altus Spine Indy Standalone ALIF System offers a comprehensive choice of implant materials, footprints, lordotic angles, and heights. The diverging screw fixation anchors provide stability through a minimized approach. Implants are available in precision machined PEEK, and titanium that incorporates proprietary surface texturing intended to promote bone growth.
With two material options, three implant footprints, four screw fixation anchors, and five lordotic angles up to 25°, the Indy Standalone ALIF System is optimized for sizing and stability.
“This successful first case is an important milestone in our portfolio that resulted from the culmination of tireless collaboration between experienced clinical minds and Altus engineering innovation,” stated Michael Fitzgerald, President of Altus Spine. “We are so excited to have been able to launch and watch this innovative system come to fruition in its first case. This system is the direct result of the pursuit to advance our technology for better patient outcomes and lead as a top innovator in the spine industry.”
With the recent release of Altus Spine's Lumbar Standalone Interbody Fusion System, the Indy Standalone was recently used to perform its first procedure.
The Altus Spine Indy Standalone ALIF System offers a comprehensive choice of implant materials, footprints, lordotic angles, and heights. The diverging screw fixation anchors provide...
With the recent release of Altus Spine’s Lumbar Standalone Interbody Fusion System, the Indy Standalone was recently used to perform its first procedure.
The Altus Spine Indy Standalone ALIF System offers a comprehensive choice of implant materials, footprints, lordotic angles, and heights. The diverging screw fixation anchors provide stability through a minimized approach. Implants are available in precision machined PEEK, and titanium that incorporates proprietary surface texturing intended to promote bone growth.
With two material options, three implant footprints, four screw fixation anchors, and five lordotic angles up to 25°, the Indy Standalone ALIF System is optimized for sizing and stability.
“This successful first case is an important milestone in our portfolio that resulted from the culmination of tireless collaboration between experienced clinical minds and Altus engineering innovation,” stated Michael Fitzgerald, President of Altus Spine. “We are so excited to have been able to launch and watch this innovative system come to fruition in its first case. This system is the direct result of the pursuit to advance our technology for better patient outcomes and lead as a top innovator in the spine industry.”
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