LEM Surgical today announced the successful completion of the first clinical procedures in the United States utilizing its Dynamis Robotic Surgical System.
The successful procedures, a series of single-level and multi-level fusions, demonstrated the precision and efficiency of the Dynamis platform in a live clinical setting. The Dynamis Robotic Surgical System is designed to enhance surgical intelligence and control with multi-arm guidance, integrated robotic navigation, and broad compatibility with existing surgical technology.
Yossi Bar, CEO of LEM Surgical, commented on the significance of the event:
“The successful debut of the Dynamis System in its first procedures is more than a milestone-it’s the moment innovation transitions to real-world impact. We are fulfilling our promise to equip surgeons with next-generation robotics that deliver enhanced clinical value for patients and clinicians, while also providing viable economic value for hospitals.”
LEM Surgical today announced the successful completion of the first clinical procedures in the United States utilizing its Dynamis Robotic Surgical System.
The successful procedures, a series of single-level and multi-level fusions, demonstrated the precision and efficiency of the Dynamis platform in a live clinical setting. The Dynamis...
LEM Surgical today announced the successful completion of the first clinical procedures in the United States utilizing its Dynamis Robotic Surgical System.
The successful procedures, a series of single-level and multi-level fusions, demonstrated the precision and efficiency of the Dynamis platform in a live clinical setting. The Dynamis Robotic Surgical System is designed to enhance surgical intelligence and control with multi-arm guidance, integrated robotic navigation, and broad compatibility with existing surgical technology.
Yossi Bar, CEO of LEM Surgical, commented on the significance of the event:
“The successful debut of the Dynamis System in its first procedures is more than a milestone-it’s the moment innovation transitions to real-world impact. We are fulfilling our promise to equip surgeons with next-generation robotics that deliver enhanced clinical value for patients and clinicians, while also providing viable economic value for hospitals.”
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