Photo credits: UVD Robots
Easy fingerprint disinfection security robot Model C UVD Robots
Find more information about the product below.
The UVD Robot Model C was designed based on feedback from infection prevention specialists to be part of a regular cleaning routine and aims to reduce the spread of infectious diseases, bacteria and other types of harmful organic microorganisms and pathogens in the environment.
Find the technical specifications of the robot below
Our 3rd generation agile robot has several new features, which take infection prevention to a new level.
UV-C light
When UV-C light is applied, it kills live bacteria and inactivates viruses. This is because it irradiates RNA and DNA strands, breaking down cells at the molecular level. UV-C germicidal irradiation peaks at the wavelength of 254 nm and has been shown to be effective in reducing the risk of transmission of multidrug-resistant organisms.
The application of UV-C light by UVD robots in a hospital environment can help reduce the risks of microorganism transmission and ensure that cleaning teams achieve higher levels of disinfection in their environments.
Cameras and sensors
UVD robots are equipped with laser scanners and 3D cameras, as well as heat and motion/walk sensors to recognize obstacles in their path. The combination of features provides the highest safety in the industry.
By accessing these cameras via the control tablet, the operator can navigate the robot remotely.
Intensive care units
UVD robots have been proven to reduce bacterial load in intensive care units. They are an effective tool to achieve even higher levels of disinfection, minimizing bacteria and pathogens while maximizing staff time.
Patient rooms
UVD robots have been proven to eliminate bio-mess in patient rooms while operating autonomously, ensuring that UV-C light is adequately delivered to all surfaces. A fast, effective and chemical-free solution that ensures higher levels of disinfection.
Operating rooms
The application of disinfectant UV-C light to operating rooms can reduce the risk of transmission of environmental bacteria to patients. By eliminating microorganisms, UV-C light can also limit the risk of acquisition by the patient.
