Back in 2010, Panasonic revealed a robot prototype for the medical industry and today the Hospi type R has been cleared to be used in Japan and abroad. Specifically sanctioned for personal care duties, this approachable robot will be able to perform such drudge work as toting around medicine, patients and performing tasks like hair washing.
The Hospi type R is being touted by the company as the first robot in the world to meet this particular combination of safety standards. In order to work, it is equipped with a combination of cameras, Wi-Fi and preprogrammed maps to navigate around buildings. It can even take the elevator. Most importantly, the Hospi type R has an ID security card system so unauthorized people can't steal its contents.
Approved Hospital Robots
Panasonic's Hospi type R is Cleared for Personal Care Duties
Trend Themes
1. Hospital Robotics - The introduction of the Hospi type R robot has opened the door for further innovations in hospital and medical robotics, offering opportunities for increased efficiency and cost savings.
2. Personal Care Robots - The Hospi type R is the first robot to meet specific safety standards for personal care duties, indicating a need for more specialized robots to handle similar tasks in the healthcare industry.
3. Security Robotics - The ID security card system on the Hospi type R shows the potential for using robotic technology to increase security measures, offering opportunities for growth in industries such as defense and surveillance.
Industry Implications
1. Healthcare - The use of robots like the Hospi type R in hospitals and medical facilities could drastically transform the healthcare industry, increasing efficiency and improving patient care.
2. Robotics - The development and implementation of specialized robots like the Hospi type R represents a significant opportunity for growth and innovation in the robotics industry.
3. Security - The ID security card system on the Hospi type R indicates a potential for growth in the security industry, offering opportunities for increased security measures through robotic technology.