Magnetic-assisted and robotic technologies combine to advance prostate surgery.
A Groundbreaking Collaboration
Levita Magnetics recently achieved a major milestone in surgical robotics. For the first time, a procedure combined two robotic systems in tandem—a prostate removal surgery utilizing the Levita MARS (Magnetic-Assisted Robotic Surgery) platform alongside Intuitive Surgical’s Da Vinci SP robot.
The procedure, conducted by Dr. Jeffrey Cadeddu at the University of Texas Southwestern Medical Center, highlights the potential of combining cutting-edge technologies to improve surgical outcomes.
Inside the Procedure
The dual-robot setup offered unmatched visualization and precision:
- Levita MARS Platform: Utilized a proprietary magnetic positioning system to retract tissue and improve visibility of critical neurovascular bundles.
- Da Vinci SP System: Provided single-port access for precise incisions and surgical tool maneuverability.
By combining these systems, the surgical team preserved vital nerves involved in sexual function and urinary continence, addressing a historical challenge in prostate surgery.
Enhancing Visualization and Access
The integration allowed movements beyond the constraints of single-port entry:
- Magnetic Retraction: The MARS platform created controlled movements through the abdominal wall, offering expanded access and visibility inside the body.
- Improved Outcomes: Enhanced visualization led to better dissections, reducing the risk of complications.
“If you see better, you can do a better procedure,” said Dr. Alberto Navarro-Rodriguez, CEO of Levita Magnetics.
Innovation and Collaboration
Levita Magnetics’ MARS system, featuring FDA 510(k) clearance, includes:
- Two surgeon-controlled robotic arms for magnetic tissue manipulation and endoscopic visualization.
- A platform designed to integrate seamlessly with other surgical technologies.
“We’re open to collaboration,” noted Navarro-Rodriguez. “At the end, our goal has to be how we improve outcomes for the patient.”
Looking Ahead
This landmark procedure demonstrates the potential for robotics and magnetic-assisted systems to redefine surgical techniques, offering enhanced precision and safety in complex operations.
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