Future smart doctors: Counting the world's stunning 9 medical robots

Future smart doctors: Counting the world's stunning 9 medical robots

Release date: 2014-08-28

At present, medical robots have been widely used in brain neurosurgery, cardiac repair, gallbladder removal surgery, artificial joint replacement, orthopedics, urology surgery, etc., while improving the surgical results and accuracy, and also innovating the surgery. .

Robots far surpass surgeons in the accuracy, reliability, and accuracy of surgery, and the prospects for medical robots are vast. Advances in robotics continue to push medical technology forward, drawing a blueprint for medical surgery. Here are nine advanced medical robots from around the world.

1. Crawling camera capsule

By design, the robot can carry a camera and climb into the patient's digestive tract through a flexible "leg" to replace the traditional endoscope. It can be used to check for damage or ulceration inside the esophagus, stomach and duodenum, developed by the CRIM laboratory at the Santa Ana College of Italy.

2. Swimming camera capsule

The camera capsule is powered by a micropropeller and is also designed to inspect the human digestive system. After being swallowed by the patient, it will "swim" to check the area suspected by the doctor.

3. Remote diagnosis

As shown, the doctor is asking the nurse about the patient's condition through the RP-7 medical robot. The robot is connected to a stethoscope, an otoscope and an ultrasound scanner. There is also a camera and a screen that allows the patient and the remote doctor to see each other, allowing the doctor to maximize the treatment as if he were on-site.

4. Muscle robot

The RI-MAN robot is a medical porter model developed by the Nagoya Riken Bio-Motion Control Research Center. Not only does it have a soft, safe appearance, but it also has tactile sensations on the arms and body that allow it to pick up or move the patient carefully. In the long run, RI-MAN robots can replace care workers to care for the elderly or the sick and sick.

5. Photography robot

In minimally invasive surgery ("keyhole surgery"), the photographic robot FreeHand allows the surgeon to use the head and foot to control the laparoscopic camera. This means they can free their hands for surgery.

6. Prostate diagnosis and treatment robot

According to the design, the Probot robot allows the surgeon to accurately remove the enlarged prostate and minimize the pain caused to the patient. The surgeon simply specifies the part of the prostate to be removed and the robot automatically removes it without further intervention.

7. Swallow robot

The patient can swallow a piece of ARES robot (the "reconfigurable assembly cavity surgical system") into the abdomen, or a doctor inserts a piece into the body through a natural opening, and then they assemble themselves in the body. In this way, the surgeon can perform surgery on the patient with little or no incision. The patient has to swallow 15 different robotic components that enter the damaged part of the body. Once the designated position is reached, the robotic assembly is assembled into a larger tool that can perform the procedure.

8. Colon diagnosis and treatment robot

The Endotics colon treatment robot uses the forceps and expanders to pull the inside of the intestine by itself, without the need for a doctor to push it into the patient like a regular colonoscope. The Endotics robot exerts less stress on the intestinal wall, which reduces the patient's discomfort. The way the robot moves is inspired by the caterpillar.

9. Blood collection robot

As the name suggests, the blood collection robot Bloodbot is used to collect blood samples, developed by Alex Zivanovic and Brian Davies, researchers at Imperial College London.

Source: Robot Industry Insight

Handheld Pulse Oximeter

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