Magnetic retraction for laparoscopic cholecystectomy from the SAGES Video Library
Levita unveils magnetic system for gallbladder surgery | Fierce Biotech
New magnetic tool enables fewer incisions in gallbladder surgery | News Center | Stanford Medicine
Endoscopic applications of magnets for the treatment of gastrointestinal diseases
Levita® Magnetics Announces Publication of Clinical Data for Magnetic Surgical System for Less Invasive Bariatric Surgery - Levita Magnetics
Levita Magnetics announces first magnetic robot-assisted surgeries - MassDevice
Weight Loss Surgery using Less Invasive Magnetic Surgery Techniques
World's First Magnetic Robotic-Assisted Surgeries Performed with Levita Magnetics' Newest Platform - Levita Magnetics
New magnetic tool enables fewer incisions in gallbladder surgery | News Center | Stanford Medicine
Levita Magnetics Announces 1,000th Magnetic Surgery Procedure
FDA Clears New Surgical Platform Combining Robotics & Magnetics - MedCity News
Tiny surgical robot could transform cancer detection, treatment • healthcare-in-europe.com
Magnetic Surgery: Making Minimally Invasive Surgery Even Less Invasive
Surgeon uses magnetic tools to reduce incisions in cancer surgery: Newsroom - UT Southwestern, Dallas, TX
Topic: Magnetic Digestive Surgery
Levita Magnetics Announces World's First Magnetic Scarless Robotic Gallbladder Surgery | Business Wire
Magnetic Surgical Instrument Mats | Medicus Health
Surgical robotic instruments based on local magnetic actuation | Robotics at Leeds
FDA greenlights Levita's MARS magnetic surgery platform - Medical Device Network
Levita Magnetics hopes AI can take robotic surgery to the next level
New magnetic surgery tech an attractive option for doctors, patients - YouTube
Magnetic Surgery: Making Minimally Invasive Surgery Even Less Invasive
Magnetic surgical robot makes international debut in Chile hospital | Reuters
GERD Patients Find Reflux Relief with Magnetic Device
New Technique for Magnetic Compression Anastomosis Without Incision for Gastrointestinal Obstruction - ScienceDirect
