Shoulder Innovations (SI) announced a strategic partnership with Interventional Systems (INS), a developer of robotic solutions for minimally invasive surgery, to introduce a shoulder-specific micro-robotic solution designed to further enhance shoulder surgical precision, workflow efficiency, and enable new clinical approaches in total and reverse shoulder replacement.
Once developed, the robotic solution will integrate with the SI’s ProVoyance platform to deliver a comprehensive enabling technology solution that is particularly suitable for ambulatory surgery centers. To further support mobility and ease of implementation, the robot is designed to be transported directly into the operating room as a portable unit.
With this system, SI plans to address many of the challenges associated with robotic surgery, including high implementation costs, difficult mobility, costly perioperative inefficiencies, and steep technical learning curves.
Shoulder Innovations (SI) announced a strategic partnership with Interventional Systems (INS), a developer of robotic solutions for minimally invasive surgery, to introduce a shoulder-specific micro-robotic solution designed to further enhance shoulder surgical precision, workflow efficiency, and enable new clinical approaches in total and...
Shoulder Innovations (SI) announced a strategic partnership with Interventional Systems (INS), a developer of robotic solutions for minimally invasive surgery, to introduce a shoulder-specific micro-robotic solution designed to further enhance shoulder surgical precision, workflow efficiency, and enable new clinical approaches in total and reverse shoulder replacement.
Once developed, the robotic solution will integrate with the SI’s ProVoyance platform to deliver a comprehensive enabling technology solution that is particularly suitable for ambulatory surgery centers. To further support mobility and ease of implementation, the robot is designed to be transported directly into the operating room as a portable unit.
With this system, SI plans to address many of the challenges associated with robotic surgery, including high implementation costs, difficult mobility, costly perioperative inefficiencies, and steep technical learning curves.
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