Release date: 2016-07-29
Robots are no stranger to the healthcare industry. We know that a large number of robots have been used in various physical therapies, and some robots have been used to help train doctors for a range of treatments and surgeries. The following 10 robots are currently the most practical medical robots, and they have the potential to revolutionize the medical industry.
Robot patient
Robot patients can make medical students boldly apply what they have learned. The use of robots to train doctors has always existed, and robots can do more with the development of the times. This robotic patient has a beating heart, turning eyes, and even breathing. It trains medical students to properly measure blood pressure and other vital signs. This type of robot is even divided into a pregnant or baby version.
Disease diagnosis robot
Disease diagnosis is the core part of medical practice. But sometimes, in the blood test or chest penetration, there may be subtle situations that the doctor does not notice. These robots offer more specific diagnostic capabilities.
RP-VITA
RP-VITA is a telemedicine robot jointly developed by iRobot and InTochHeath. As a telemedicine assistant, designers hope that doctors can monitor patients' situations remotely and in real time. Therefore, diagnostic equipment including B-ultrasounds and electronic stethoscopes are embedded in the robot. RP-VITA is controlled through the iPad app.
Vasteras Giraff
Vasteras Giraff is equivalent to a mobile communication tool that allows older people to communicate with the outside world. It's a guy made up of wheels, cameras and monitors that can be controlled by a remote control. It also has two-way video calling like Skype.
Surgical robot
Robots can also perform surgery because they are more precise and reduce the risk of surgery. Due to the precise movement, the incision of the wound can be smaller, thereby reducing the risk of infection and accelerating the healing process. Such robots include Neuro Arm and Heartlander.
Aethon TUG
This "cube" robot can be used to deliver meals, deliver medicines, organize patients' sheets and dirty dishes, and collect hospital waste. Using the hospital's WiFi signal to communicate with the central system, TUG can avoid obstacles and take the elevator. Aethon TUG improves hospital productivity.
Bestic
Bestic is a small robotic arm with a spoon at the end. Bestic is primarily intended for patients who do not want to bother with others and who are inconvenient to eat. The user can easily control the movement of the spoon and decide which food to eat on the table.
Nursing robot
Cody is a nursing assistant, using the Direct Physical Interface (DPI), where the nurse can directly touch the body of the robot to control it, such as holding the robot in hand. With cameras and laser rangefinders, Cody cleans the body for the patient.
Rehabilitation robot
If the patient receives long-term physical therapy and needs to recover as early as possible to regain mobility, then rehabilitation robots are the best choice for these patients. Through rehabilitation, these robots can accelerate the progress of patients' recovery.
Replacement of limbs
Robots have been used to replace people's damaged limbs or other body parts. In addition, scientists are developing new technologies that use robots to create human hearts or other organs. Artificial jellyfish have been created and the next target is human organs.
What can robots bring to the medical industry in the future? The possibilities seem to be endless.
Source: Internet
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Product Name | Tof LiDAR Sensor |
Model Number | IT02S-65-A/IT02S-65-B/IT03M-650 |
Measuring Range (without Reflection) | 0.1-12m/0.1-10m/0.1-15m(90% reflectivity) |
Place of Origin | China |
Accuracy | 2cm~4cm/5cm |
Blind Area | 10cm |
Resolution | 1cm |
Measuring Unit | centimetre |
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Laser Type | 650nm, <1mW |
Communication Interface | UART, 115200bps(default) |
Size | 46*17*7mm/50*26*13mm |
Weight | About 4g/10g |
Voltage | 2.7V~+3.6V |
Electrical Level | TTL/CMOS |
High Frequency | 100hz |
Operating Temperature | 0-40 ℃ (32-104 ℉ ) |
Storage Temperature | -25~60 ℃ (-13~140 ℉) |
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