This Lens Can Fit Any Smartphone and Costs Next to Nothing to Make
Rahul Kalvapalle — May 12, 2015 — Tech
Researchers at the University of Houston have developed an incredibly microscope lens that can be fitted onto pretty much any smartphone. This lens has the ability to magnify images to up to 120 times their original size. Incredibly, each lens costs about three cents to produce.
This lens functions using a stick-on mechanism that makes it incredibly easy to install and use. The lens can be attached without any extra supporting mechanisms or attachments. At the same time, the adhesion between the lens and the smartphone glass isn't permanent and can easily be detached.
This inexpensive smartphone microscope lens is excellent for students and could also be of use in medical facilities in isolated and impoverished areas, as it can be used to share images with medical specialists located elsewhere.
This lens functions using a stick-on mechanism that makes it incredibly easy to install and use. The lens can be attached without any extra supporting mechanisms or attachments. At the same time, the adhesion between the lens and the smartphone glass isn't permanent and can easily be detached.
This inexpensive smartphone microscope lens is excellent for students and could also be of use in medical facilities in isolated and impoverished areas, as it can be used to share images with medical specialists located elsewhere.
Trend Themes
1. Smartphone Microscope Technology - Develop smartphone-enabled microscope lenses for various industries or fields of study.
2. Affordable Medical Technology - Create low-cost medical devices to help improve healthcare access and affordability.
3. Portable Laboratory Equipment - Design compact laboratory equipment for field research and data collection.
Industry Implications
1. Education - Provide smartphone microscope lenses to schools and educational institutions to enhance science education.
2. Healthcare - Develop smartphone microscope lenses for medical facilities and telemedicine consultations for remote diagnosis and treatment.
3. Scientific Research - Introduce smartphone microscope lenses to research labs for field research and data collection in remote locations or resource-limited settings.
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