Is based on a high-pressure system that supplies a minimal cross-section of the output port nozzles with a sanitizing solution, forming a fine-dispersed cloud that covers a surface evenly.
Particles that are up to 30 microns in size have a high kinetic energy and penetrate fabric layers and hair, providing maximally possible disinfecting effect.
Tunnel disinfection is an effective solution to prevent the spread of viruses and bacteria.
A motion sensor is installed at the entrance of the tunnels. When the sensor is activated, a signal is transmitted to the pump. The pump activates a bypass valve and the disinfectant gets dispensed. The display system allows to control a process.
A finely dispersed cloud of antiseptic covers clothing and exposed areas of the human body evenly. Volumetric spraying allows you to disinfect maximal surface area of the body. Spraying time is adjustable and is 3-5 seconds (other values are possible).
The barrier to infections and pathogens remains for a long time, depending on the type of disinfectant used. The process of decontamination and sanitary treatment of people in tunnels is fast, efficient, economical and non-contact.
One treatment circuit is not enough for effective disinfection, volumetric spraying is required.
In PD models there are 2 circuits (10 nozzles),
in ECO, STANDARD and TD EXP we use 3 circuits (22 nozzles),
in PRO — 5 processing circuits (36 nozzles).
Nozzles are located the way that human body gets evenly disinfected from all sides.
Unlike other disinfection methods (for example ultrasonic mist), our high-pressure spraying system guaranties the penetrating effect of an antiseptic due to the high kinetic energy of the aerosol particles. Exposure time is significantly higher than in similar equipment.
The idea of using disinfection tunnels implies a non-contact disinfection. Our goal is to avoid any human contact with the surfaces of the product.
The tunnels are designed considering ease of use and service as well as minimal involvement of specialists at startup. We iteratively improve design features to ensure the devices are as affordable and efficient as possible around the world.