"Medical Robots" Design Summary - Draft 2

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Students from Case Western Reserve University claimed in the report, "5 Medical Robots..." (2020), that there are several advantages to designing medical robots for use in healthcare. All the robots in this list are currently implemented in hospitals to "improve the quality of care and outcome."

In their specially designed fields, the da Vinci Surgical robot and the CyberKnife both provide the highest precision available. The surgical robot is used for routine surgery by surgeons, while the surgical robot is used to treat tumors in extended areas, especially areas where surgery is complex.

The Xenex Germ-Zapping robot is another example of improving "quality." It is intended to disinfect hospital rooms automatically within minutes, effectively killing a wide variety of infectious bacteria in the process.

The other robots in the report, such as the PARO, is an interactive therapeutic robot in a form of an animal, has shown to relieve stress and provide elderly patients with comfort. Finally, the TUG is an autonomous mobile robot that ferries supplies to where they are needed, increasing the productivity of hospital workers.

All robots should be designed to achieve their desired outcome. However, not all medical robots are designed equally to improve the quality of care. The Xenex Germ-Zapping robot is a great example of a robot that improves quality while meeting the demand of the on-going covid pandemic.


Reference:
Case School of Engineering/Case Western Reserve University (2020, December 28). 5 Medical Robots Making a Difference. Retrieved from https://online-engineering.case.edu/blog/medical-robots-making-a-difference.

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