Why do we focus on calculations where others carry out testing? Because we have the expertise.

Our objective is to turn results from science and research into products that are ready for market. Our scientific roots mean that we are confident that only clearly defined and complete physical understanding of the specific mission enables an ideal solution to be achieved. That’s why we always consider every aspect of a problem and align our endeavours at the leading edge of physical progress.

Researched solutions not testing
OEC company founder, Professor Dr. Harald Ries, developed the unique technology of 2D and 3D tailormade design. This permits complex mirrors or lenses to be calculated within a practical development timeframe. This platform allows us to work out a precise solution for any illumination problem and achieve the desired light distribution.

Calculation brings rewards
Experience shows that calculation also pays off in terms of cost efficiencies. Our approach is quite different to other players in this field. We don’t carry out extensive testing with lenses and reflectors until we achieve the desired effect. Our method involves calculation right from scratch. Overall this saves a great deal of time and a lot of expensive testing with prototypes.

Just imagine for a moment that you want to illuminate a central console in an automobile. Naturally enough, this has to be without any glare for the occupants of the car and for the oncoming traffic. That doesn’t sound very difficult. Unless, of course, we’re talking about a convertible. You see, there’s no roof and no member for mounting a lamp. That’s when the entire venture seems to be hopeless. But not to the OEC Team. The engineers found a way round the problem by concealing the light source on the A-pillar at the height of the driver’s head. The central console is illuminated from this unusual position in line with the driver’s requirements – naturally complete uniformity was achieved using an LED lamp with free-form optics