Enertech LED light produces high light intensity across the full illuminate area avoiding the variable contrast lighting and distractions, and offers uniform Vision for working area. Each Reflector generates homogeneous lighting for surface. This creates an ideal depth of illumination, enabling the operator to work without the need to make the readjustments. Traditional Operating Theater lights create a high light intensity by squashing the light flux into the middle of the beam, creating a “hot Spot”. This high contrast ‘hot spot’ gives a very bright centre, leaving the rest of the field relatively dim in-comparison.

The open design of the Enertech lights reduces the Surface area that impedes the flow of air from the air supply ceilings, resulting in a less turbulent flow underneath the light and thus controlling the contamination in the operating room. The shape of Enertech’s DOME assures the visual comfort and is particularly suitable for Laminar Flows. Lastly its compact design makes the Enertech LED light specifically small, flat and streamlined which in turn gives it s distinctive and justifiably futuristic appearance.

Shadows exist in surgery, created by surgeon position, surgical team movement, equipment or the depth of a wound. The key is to minimize shadows so a surgeon always has the clearest possible view of the surgical site. Enertech LED light insures the relation between light body and light field diameter to perform an optimum illumination of the OT field in terms of area and depth. The Enertech reflectors are designed to construct a number of light beams to dissolve the shadows.

When the lights are turned off, a low intensity radiant beam is emitted so that suturing process can be carried out in great comfort and without time delay.

Good Visibility and the homogeneous illumination at the surgical site are the key elements during the operation. Therefore Enertech has design its Multi-lens system based on the individual optical lens principle. Since each LED’s has its own convergent lens, each creates its own light field. It distributes the emitted light volume uniformly in the operating room.