Emitlight presents the new five-series IR-S, IR-M, Dual S, Dual M and Triple M illuminators. The models belonging to these series differ by the capacity of illumination of the territory and the power consumption among themselves.

The Emitlight illuminators are the product created by the high-skilled specialists. The carefully selected production technology raises the IR illuminators to an new level.

• New design standard. The body of the Emitlight illuminators is the combination of an especially modern design and effective cooling.

• Longevity. The Emitlight illuminators are made of the one-piece aluminium body. It ensures the stability, tightness and effective cooling. The specially created ground-breaking body guarantees the longer service life of the unit. The non-overheating LED semiconducting light diodes act longer and shine stronger.

• The “3M VHBTM” technology used in the Emitlight illuminators ensures the tightness of the unit – does not allow for the moisture to get inside the body from outside. The Emitlight illuminators conform to the IP67 standards.

• The protective glass of the Emitlight illuminator is made of the high-quality material SolarisIR™, conducting not less than 96 %IRs of light.

• Good value for money. The Emitlight illuminators have all necessary key functions and are not excessively complicated; therefore, the illuminators distinguish themselves for the attractive price and simple use and adjustment.

• They save the energy. The high-class “Osram SMD” diodes are used in the Emitlight illuminators, which generate the highest flow of light according to the consumed energy.

• The special Goretex™ membrane is mounted in the Emitlight illuminators, which eliminates the pressure changes inside the unit and does not allow for it deforming itself, ensures the long-term tightness of the body.

• Dynamic power of light. The Emitlight illuminators have special lenses directing the light rays to the required direction. After selecting the required illumination, there is a possibility to increase the intensity of illumination in the required place.