Robot trained by watching surgery videos performs procedures as skillfully as humans
Johns Hopkins University (JHU) - 11-Nov-2024This approach reduces errors and speeds up training for complex surgeries
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This approach reduces errors and speeds up training for complex surgeries
Their Polaris system aims to improve cataract removal precision and consistency
AI-powered handheld system aims to expand robotic precision to routine healthcare procedure
Groundbreaking endoscopy performed 5,778 miles apart, advancing remote surgery
Currently, the robot is still in the early stages and has yet to receive FDA approval
It will be available next year and is part of a series of advanced medical tools
This could help doctors and make it easier to get ultrasounds, even in remote places
Experts discuss on the ethics and feasibility of body transplants in the near future
This could potentially revolutionize treatment for severe conditions
The robot was successfully tested in a February experiment at Aichi Medical University
Secures $47 million to advance its robotic innovation in soft tissue surgeries
ASTR to revolutionize cancer treatment with unmatched precision & minimal tissue loss
It paves the way for future advancements in surgical robots and improved patient care
Symani's wristed instruments bring steady hands and big ambitions to microsurgery
From war zones to Mars, this droid could be the future of healthcare in remote locations
If it works well, MIRA could help keep astronauts healthy on long space trips
It has been approved for use in India and has been used in hundreds of surgeries
Potential to offer same-day discharge, less pain and faster recovery
Company is planning to begin clinical trials in the US in late 2024
Self-driving needle could make surgery less invasive and more accessible
MUSA-3, a next-gen microsurgical robot, boosts surgical precision and versatility
Device uses sensor technology to apply human-like forces with precision
Safer, more accurate breast biopsies made possible with IGAR robot
Highly precise shape-sensing technology to help clinicians diagnose & treat lung cancer at early-stage
A flexible robotic system for deep brain surgeries with up to 50% less tissue damage