Guardians of the Gate
WORLD’S MOST ADAPTABLE & AUTOMATED
DOOR HANDLE SANITIZER
CLINICALLY PROVEN ‘UV-C TECHNOLOGY’
100% Safe for Human Hands ✔
360° UVC Cleaning Coverage ✔
Powerful Eco-Friendly Technology ✔
Automated Self-Disinfecting Door Handle System
Young Entrepreneurs Develop & Commercialize their Unique Innovation to Sanitize and Protect Our Surroundings
Our product is fitted with a Proximity Sensor, which once detecting the hand of the user, the UV Set Ring, containing the UV-C Light; moves upwards & downwards, along the touched surface of the door handle. UV-C Light present inside the system sanitizes any potential infections from the user.
Once finished sanitizing, it is once again ready for public use. The sanitization process of the UV-C Light can also be set at various pre-determined intervals.
- Kills Germs, Microbes, Bacteria & Harmful Viruses
- More than 99.99% COVID-19 Disinfection
- Smart, Automated, Self-Disinfecting
- High Quality Durable Material
- Easy & Rapid Installation
University of Arizona Research
In the 2014 study conducted at University of Arizona, researchers applied samples of a virus to doorknobs and tabletops. Within two to four hours, the virus had been picked up by 40 to 60 percent of workers and visitors in the facilities and could be detected on other frequently touched objects.
Why You Should Avoid Door Handle Germs?
According to some estimates, people in industrialized nations spend as much as 90 percent of their time indoors. That means people are constantly touching and retouching surfaces, producing fomites in homes, workplaces, health care facilities, and schools.
Each contact has the potential to leave behind and pass along droplets from a sneeze or cough. Surfaces also collect particles that people can emit by just talking or exhaling. These droplets can contain a number of illness-inducing germs.
Do you want to do this all over again?
Don’t Worry, We’ll Handle it
How Standard Sanitization Fails to Protect You
Even with standard methods of cleaning, bacteria was proven to be detected on over 20% of door handles.
Up to 30% of surfaces remain potentially contaminated due to the inability of existing disinfectants to effectively rid the handle of all pathogens.
Highly-touch surfaces need to be disinfected on a more frequent basis than minimal touch surfaces.
Bacteria on Surfaces
Bacteria on Door Handle
UVSet Inc is the brainchild of 5 young inventors who looked to make a meaningful contribution to their community by preventing the spread of infection during the Global Pandemic.
In 2020, COVID-19 burst into our lives and the world came to a standstill. Public places were closed. Businesses were shut down. The world went into lockdown in fear that they would catch this new, quickly spreading disease.
That’s when Manish Rangan, Aiman Khan, Humza Sheikh, Hisham Ahmad & Vihan Yerubandi, our founders, came together in order to innovate a product that would limit the spread of COVID-19 and all other diseases. Months were spent analyzing patterns of disease spread and the threat those patterns posed to the world.
Working backwards, these young innovators first identified the largest congregation of disease spread – door handles. From here, they devised this UV-C light-based system that will reduce the impact of the pandemic and aid the world in returning to normality.
According to a study done by the national science agency of Australia, COVID can last up to 28 days on glass surfaces.
The virus that causes COVID-19 can survive on banknotes, glass and stainless steel for up to 28 days, much longer than the flu virus. Australian researchers said on Monday, highlighting the need for frequent cleaning and handwashing.
Clinically Proven UVC Technology for 99.99% disinfection of Doors
Our Product can be used on most types of door handles with differing Horizontal & Vertical Configurations.
( C & Offset Door Handles Primary Market)
According to a recent study, Covid-19 can survive for 3 Days on Plastic & Metals
In another Study, Researchers found that a related strand of Covid-19 that causes SARS can persist up to 9 Days on Plastic & steel.
MADE OF HIGH QUALITY DURABLE MATERIAL ✔
EASY & RAPID INSTALLATION ✔
MORE THAN 99.99% COVID-19 DISINFECTION ✔
Chief Executive Officer
I am a 16 year old Junior at Reedy High School in Frisco, Texas. I recently graduated out of the DiscoverStem program, one which has seen many young innovators emerge with patents. The new and unique approach to innovation and general thinking that I received from the year long experience has now set my sights on something bigger — analyzing customer pain points in order to legitimize innovations that change the world for good.
Chief Financial Officer
I am a 16 year old Junior at Carroll Senior Highschool in Southlake, Texas. Being in DiscoverSTEM opened up my eyes to a whole new way of looking at real-world problems and making an impact in the world through innovation. DiscoverSTEM enabled me to traverse from ideation to innovation by collectively brainstorming and collaborating with likeminded individuals. Throughout my life, I have been in interested in many things such as reading books, interacting with people, learning about new cultures and DiscoverSTEM has added one more interest called Innovation to that ever growing list
Chief Technical Officer
I am a 16 year old sophomore at Carroll High School in Southlake, Texas. I am a recent graduate of the DiscoverStem program, one in which students are exposed to the processes of design and are able to obtain a patent. The unique approach I have gained from DiscoverStem, and other programs throughout my academic career have given me an outlook on life that motivates me to take an holistic approach to help others in the ways I am able.
Chief Marketing Officer
I am a 14-year-old freshman attending Brighter Horizons Academy in Garland, Texas. I have extensive experience with marketing, as I have been a part of various companies and mentorships. I graduated from the DiscoverStem program, allowing new doors to open up for me, and change the way I see things. The DiscoverStem program has also given me more experience with concepts such as patents, invention, and innovation, as well as inspiration to use these skills to help the world around us.
Chief Operative Officer
I have recently completed my Master’s of Science in Engineering Technology with a concentration in Mechanical Systems at the University of North Texas. Also, I did a Bachelor’s degree in Mechanical Engineering Technology and additionally, I received a Certificate in Manufacturing Engineering Technologies. Currently, my team and I have launched this start up, UVSET inc., where we designed a cleaning apparatus for commercial doors, heading as Chief Operations Officer.
From my education, I have learned the technical skills to be utilized in the industry. For my senior capstone project, I helped design a multi-functional Data Acquisition (DAQ) training set for thermo-fluids applications. By applying the principles of thermodynamics, fluid mechanics, and heat transfer, an experimental thermo-fluid systems setup can be created to be integrated with the virtual simulation program called LabVIEW.
UVSET is a product-based company focused on bringing new and important innovations that will create lasting impacts in order to help create a safer and more efficient world. Here at UVSET we are dedicated to delivering high quality products to our customers’ doors.