Autonomous solution for infection prevention
UV-C Hybrid Robot
- saving lives by providing Autonomous Infection Prevention Technologies
We are developing state-of-the-art Autonomous Infection Prevention Technologies that are scientifically proven to be effective, safe and green, contributing towards making the world a little bit safer.
Autonomous Disinfection Technologies is a commercially based development company within Industry 4.0. We focus on advanced autonomous welfare tech solutions, that bring efficiency improvements and infection prevention in healthcare as well as crowded areas such as airports, train stations, cruise ships, office facilities etc. We wish to prevent cross contamination with well-functioning, user safe and effective autonomous solutions.
Why you should invest in Autonomous Infection Prevention solutions
UV-C Hybrid Robot
Disinfection is usually a manual, costly and unhealthy operation.
Introducing the ONE AND ONLY FULLY AUTONOMOUS 2-IN-1 HYBRID UV-C ROBOTICS SYSTEM that is able to disinfect 3000 liters of air/minute, while moving around safely in crowded places.
Our first autonomous robot is capable of disinfecting safely and effectively with UV-C hybrid robot- among people – your best option when it comes to full disinfection, air disinfection and surface disinfection at your institution.
New robot coming soon...
Utilising a new and innovative technology for disinfection, our new method will revolutionize the disinfection market for the better. Working directely hand-in-hand with our UV-C Hybrid Robot and its shortcommings.
The AUDITE team is a group of dedicated experts with a common goal of creating the most effective autonomous infection prevention and disinfection robot.
Each member of the team brings important knowledge to the table, combined they gives us the perfect foundation to create and build the best possible autonomous disinfection solution on the market.
With a variety of skills on board, we have the means necessary to achieve this goal, and we work hard and focused in order to do so.