Flex^eLux major surgical lights

The innovative Flex^eLux 160 and 130 set a new benchmark for major surgery lights. Their characteristic design is a fine example of form meeting function for the betterment of the OR environment. By machining the Flex^eLux light head from a solid billet of aluminum alloy, the light head's outer surface remains free of holes and screws, essential for perfect cleaning and hygiene. The light head's slim profile is an integral part of the advanced heat management engineering behind the Flex^eLux technology.

 

Superior optical system

Their use of faceted and highly reflective dual-reflector technology allows for a much larger light emitting surface than single-LED lens-technology lights. And thanks to a well thought out arrangement of reflectors resulting in a perfect bundling and overlapping of light rays, the Flex^eLux 160 and 130 generate a perfectly homogeneous illumination with minimal shadow resolution. Remarkably their advanced optical design creates light that is always in focus without the need for moving parts.

Green Technology

Uncompromising energy and heat management

When it comes to LED lighting, heat management is at the heart of addressing longevity and long-term reliability. For this reason, dedicated engineering focusing on energy efficiency has resulted in extremely low power consumption in the Flex^eLux LED lights. Besides economical benefits, this technology generates less heat, thus increasing the longevity of LED's.

Value with green technology:

With advanced optical performance and assured longevity thanks to their low heat, the Flex^eLux LED lights present an undeniable value offering. Their LED components have a life expectancy of 50 times that of halogen bulbs, while reducing energy consumption by at least 70%.

Last but not least, all Flex^eLux lights are composed of over 90% of recyclable aluminum.