Some research has shown that using UVC between 200-500nm can slow the spread of the virus. In order for people to feel safe during the reopening and avoid the surge once again. We have designed a project that we feel can be used to Public gathering places including supermarets, public transportation as well as bus stops..
UVC has been discussed by various scientists across the world showing the potential to slow the spread of Covid-19. research have shown that between 200-500nm of UV light various dies hence slow the spreading process. After reviewing where to install the light we use different geometry calculation to find the number of lights needed a given building to be more and much safer. In this regard we use engineers to install lights in buses and so on.
While they are no time to build necessary parts however, using 3D printer it helps us customize the key parts that fits the area of installation.
UVC has been discussed by various scientists across the world showing the potential to slow the spread of Covid-19. research shows that places like banks, supermarket and indoor offices where air has little space to escape Covid-19 becomes airborn and this means a little moment of removing a facemask can lead to infection. Our motive is providing one of the solution that can help people feel safer so that they can face the reopening
Consider your product to be well thought of from materials built in to outlooking stature. Think to build with scientific, engineering and economic design.
We've built a large network platform of researchers. To working with us gives you an opportunity to be connected to unprecented number of research groups. You industry can grow big before 5years reach..
Part of exciting moments is to see the final product that looks cleaner, smater and completly changed to look just like pro-product.
our work relates to the properties of matter and its applications to various areas of science and engineering. It includes elements of applied physics and chemistry, as well as chemical, mechanical, civil and electrical engineering..
we apply engineering principles of design and analysis to biological systems technology. The field helps us to clarify the effect of modern technology to biological living things.
We manipulate matter on an atomic, molecular, and supramolecular scale. Our research involes nanotechnology to designing cutting edge technology that is sleek, portable and mind blowing.
we use physical chemistry to study the relationship between electricity, as a measurable and quantitative phenomenon, and identify chemical change, with electricity to considered an outcome of a particular chemical change.
We study the effects of natural and unnatural processes, and of interactions of the physical components of the planet on the environment. The field is corresponding to developing high tech on environment preservation.
We work with industries to build a complex system of intergrating people, money, knowledge, information, equipment, energy and materials. We do this through research, eng. design and operation of industrial processes.
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