radarcan - Tecnologia





Given the greater auditory and sensorial capacity of certail pests, ultrasound emits high-frequency sound waves that can be perceived by them but not by humans, thereby affecting only bothersome pests and forcing them to flee from the area where repellers are installed. Each device is calibrated to a specific frequency and strength depending on the pest to be repelled, being specifically adapted to each case.



	Frequencies audible to humans and approximate frequency ranges for different types of animals.	Pest repeller operation in a kitchen, showing the ideal location and the effect produced.


UItrasound is emitted by pest repellers in all directions, like the light given off by a fluorescent light. Sound waves bounce off hard materials (walls, ceilings, furniture, glass panes, etc.), helping to scatter them, while soft materials (cardboard, curtains, carpets, etc.) absorb them.



For some pets with little auditory capcacity, low-frequency sound waves are used. In the case of specific models for mosquitoes, the sound emitted is very slight; the model for pigeons emits a more intense sound that can be adjusted by the user.




This is the system used to repel ants. For their sense of direction, ants use the weak magnetic fields generated by the electrical wiring systems in buildings (homes, factories, etc.), which are constant. With the use of the repeller, magnetic fields are altered, which makes ants flee in an attempt to reorient themselves. The use of this type of repeller does not interfere with electric or electronic devices.




This method, used in the electric racket, produces, by simultaneously pressing 2 buttons, a high-voltage electric shock on the screen, instantly killing and flying insect that it comes into contact with. This product is clean and harmless to persons and pets.





Used in the model repeller, this system produces slight vibrations in the area surrounding the device that are perceived by moles as small tremors, driving them out of their underground tunnels and holes.




The advanced technology used in ionic air purifiers creates an airflow that circulates around them to neutralise unpleasant odours and kill bacteria. Every ioniser contains a plasma filter that generates static electricity and absorbs microscopic pollutants and all allergy-provoking agents. Hence they produce a mass of negative ions by means of discharges from the crown effect system in the filter's interior.