Humanoid robot performs medical procedures through remote control

Healthcare systems worldwide are struggling with congested hospitals, doctors burnouts and increasing surgery. This is why it is always a good thing to search for new solutions through technology. The University of California San Diego (UCSD) is looking into a Humanoid robot as a possible solution. This suggests that they can play an important role in reducing medical burden. Unlike traditional surgical robots that are expensive and highly specialized, humanoid robots offer more flexibility. And this makes them a promising candidate for a wide range of clinical functions.

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UCSD Testing Unitary G1 Humanoid Robot in Actual Medicine Processes

UCSD equipped one Unit G1 Humanoid Robot Inspire Gen4 Robotic with hands and also developed a bipolar teleport system for it. Both allow it to perform seven diverse medical procedures using a human-powered remote control using foot paddle, HTC Vive trackers and motion-capture cameras.

These tasks did robots from physical examinations to physical examinations ranging from physical examinations to emergency procedures such as bag valve mask ventilation and endotracheal intubation. Some of them also require accuracy, such as ultrasound-guided injections.

There were some challenges with force control and sensor sensitivity, but the robot managed to complete most of the tasks given to it with accuracy.

Medical robot trial results show strong potential for hospital use

For examinations, it successfully used a stethoscope and demonstrated basic physical examinations. In these tests, the performance sensor was obstructed by borders in feedback and hand design. For emergency care, it received consistent ventilation. However, human assistance was required to maintain the necessary seals and force required for intubation.

When it came to needle processes, it performed ultrasound-directed injections. It achieved 70% success rate when performed by non-clinicians, performing its capacity for training purposes. The tests showed issues with needle control and orientation during suicide, indicating that the haptic feedback mechanism is required.

How can humanoid robots change healthcare and hospital staff

This is the first major study connecting humanoid robots to hospital work systems. With aging population and lack of ongoing labor, these can support regular and emergency functions in the settings of adaptable robot hospitals. This robot can put heavy pressure on medical staff. The versatility and ability to be remotely controlled makes it especially attractive to settings that require rapid response and equipment that can complete a wide range of tasks.

What does it mean to you

If you are ever waiting for a very long in an ER, then an expert is struggling to book an appointment, or worried about overwork healthcare providers, this research should draw your attention. Humanoid robots such as units G1 are not replacing doctors, but they can support them in real, practical ways. From doing emergency processes in remote areas to helping regular physical examinations in crowded hospitals, these robots can reduce bottlenecks and improve care access.

For patients, it can mean low waiting time, rapid treatment and safe hospital environment where the medical teams are less stretched. For families in rural or undertaking areas, this technique can provide significant care aid where medical staff is limited. And for healthcare workers, it can bring very important relief about repetition or physical tax functions.

While the technology is still developing, these initial results suggest a future where robots have teammates, not only equipment, rapid, clever care.

Kurt’s major takeaways

While humanoid robots such as units G1 are not fully ready to change humans, they are constantly proving how capable they are in the medical environment. Researchers only need to solve issues such as force control, sensitivity and dexterity. Once they do, we will see these robots helping with surgery in the operating room around the world. They will make our struggling health system more flexible and accessible.

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