Levita Magnetics’ expanded FDA clearance for its Magnetic Surgical System (MSS) with MARS® represents a major advancement in minimally invasive surgery, especially for bariatric and hiatal hernia procedures. The integration of Dynamic Magnetic Positioning™ allows surgeons to internally retract the liver without additional incisions, using magnetic force to manipulate anatomy safely and effectively. The introduction of the new 12.5mm magnetic grasper further elevates this platform’s capabilities by offering enhanced access and control, particularly in patients with high BMI or challenging liver anatomy—areas where traditional tools often fall short.
This breakthrough addresses critical surgical needs by reducing incision count, improving visualization, and minimizing tissue trauma—leading to less postoperative pain, faster recovery, and fewer complications. The MARS system enhances surgical workflow while empowering clinicians to treat complex conditions more efficiently, whether in hospitals or ambulatory settings. As more surgeons adopt this magnetic-assisted approach, the potential to transform bariatric surgery outcomes and elevate standard care becomes increasingly clear, especially in a time when obesity-related surgical demand continues to rise globally.
Looking forward, Levita’s innovation positions the MARS platform as a future-defining technology in the surgical landscape. With its growing clinical adoption, expanding indications, and potential global reach, the system is set to revolutionize how abdominal surgeries are approached—moving from rigid, invasive techniques to smart, magnetic-assisted precision. Levita’s strategic focus on enabling more effective, less invasive surgery aligns with broader healthcare goals of improving access, reducing costs, and enhancing patient outcomes—ultimately redefining what’s possible in modern operating rooms.
MedTech Spectum's Summary
Enhanced Surgical Access for High-Risk Patients: The FDA clearance for Levita’s MARS® system in bariatric and hiatal hernia procedures enables safer, less invasive surgeries—especially for patients with high BMI—by improving liver retraction and visualization with advanced magnetic technology.
Minimized Trauma, Maximized Efficiency: By reducing incision count and enabling internal organ manipulation without rigid tools, the system enhances surgical precision, lowers complication risks, and supports faster patient recovery, aligning with modern minimally invasive surgery goals.
Expanding Clinical and Commercial Impact: This milestone broadens Levita’s addressable market, strengthens its position in the growing bariatric and hernia repair segments, and supports its long-term vision of redefining surgical care through magnetic innovation.
