This Micro-Sized Robot Can Remove Harmful Objects From Stomachs
Rahul Kalvapalle — May 17, 2016 — Tech
References: news.mit.edu & gizmag
A group of researchers and engineers working out of MIT, the University of Sheffield and the Tokyo University of Technology have joined forces to develop an exceptionally advanced and high-tech ingestible robot that could be capable of removing harmful foreign objects from your body.
This high-tech robot comprises a special heat-sensitive material that is located between two layers. When heated up, the middle layer contracts, causing the robot to fold according to a split pattern. The robot is compressible enough to be fit inside a capsule that can easily be ingested.
Incredible as it may sound, Americans swallow 3,500 button batteries every year, which is why this ingestible robot could prove to be a life-saving invention.
This high-tech robot comprises a special heat-sensitive material that is located between two layers. When heated up, the middle layer contracts, causing the robot to fold according to a split pattern. The robot is compressible enough to be fit inside a capsule that can easily be ingested.
Incredible as it may sound, Americans swallow 3,500 button batteries every year, which is why this ingestible robot could prove to be a life-saving invention.
Trend Themes
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Ingestible Robotics — Developing highly advanced robots capable of performing tasks within the body, such as removing foreign objects, presents disruptive innovation opportunities in the medical field.
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Heat-sensitive Materials — Advancements in heat-sensitive materials enable the development of compact and flexible robots that can be ingested, opening up opportunities for new applications in various industries.
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Medical Device Innovation — The creation of innovative medical devices like ingestible robots can revolutionize healthcare by providing safer and more efficient solutions for diagnostics and treatments.
Industry Implications
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Medical — The medical industry can leverage ingestible robots to enhance patient care, improve diagnostic accuracy, and enable non-invasive procedures for foreign object removal.
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Materials Science — Advancements in heat-sensitive materials have potential applications not only in robotics but also in areas like electronics, aerospace, and consumer products.
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Consumer Electronics — Ingestible robotics technology opens up opportunities for creating novel consumer products that provide personalized health monitoring and treatment capabilities.
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