Interim study results demonstrated that surgeries performed with Mazor Robotics’ Renaissance Guidance System, using Mazor Core™ technology, yielded a five-fold reduction in surgical complications and a seven-fold reduction in revisions vs. freehand-based, minimally invasive lumbar fusion.
MIS ReFRESH, which commenced in 2014, is a prospective, comparative, multi-center study comparing use of Renaissance guidance to fluoroscopic-guided, freehand procedures. Of the 379 patients enrolled, 287 were in the robotic-guided arm and 92 in the fluoro-guided control arm. Interim data was prospectively collected by 10 surgeons from nine U.S. sites. Mazor notes that this may be the first multi-center prospective study of robotic-guided spine surgery.
Mazor Core refers to the four technologies that back Renaissance and Mazor X systems, which are designed to support predictable, efficient and precise procedures. The four technologies address surgical planning, anatomy recognition, patient/machine connection and a registration tool that can analyze and match images from different modalities and body positions.
Interim study results demonstrated that surgeries performed with Mazor Robotics' Renaissance Guidance System, using Mazor Core™ technology, yielded a five-fold reduction in surgical complications and a seven-fold reduction in revisions vs. freehand-based, minimally invasive lumbar fusion.
MIS ReFRESH, which commenced in 2014, is a prospective,...
Interim study results demonstrated that surgeries performed with Mazor Robotics’ Renaissance Guidance System, using Mazor Core™ technology, yielded a five-fold reduction in surgical complications and a seven-fold reduction in revisions vs. freehand-based, minimally invasive lumbar fusion.
MIS ReFRESH, which commenced in 2014, is a prospective, comparative, multi-center study comparing use of Renaissance guidance to fluoroscopic-guided, freehand procedures. Of the 379 patients enrolled, 287 were in the robotic-guided arm and 92 in the fluoro-guided control arm. Interim data was prospectively collected by 10 surgeons from nine U.S. sites. Mazor notes that this may be the first multi-center prospective study of robotic-guided spine surgery.
Mazor Core refers to the four technologies that back Renaissance and Mazor X systems, which are designed to support predictable, efficient and precise procedures. The four technologies address surgical planning, anatomy recognition, patient/machine connection and a registration tool that can analyze and match images from different modalities and body positions.
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