Brotia® – Snail LED Spot With high color tension up to CRI\Ra 97, easily steerable body structure, a revolutionary design motion locking mechanism and a state-of-the-art tile embossed anodized reflector distributes the light perfectly homogeneously.
The cooler compartments in the form of stacks of leaves distribute the heat in the best way. With its high efficiency driver, it offers energy saving with a lifespan of 50000 hours. With its diffuser made of high quality PC material, which transmits the light in a way that provides eye comfort, it provides luminosity like the first day for many years.
The body structure is made of aluminum and coated with electrostatic paint for the best performance and lightness. It is suitable for use in places such as shop windows, object lighting and offices.
Check out the details that explain what you can do from this data.
We provide luminance (IES) curves for each luminaire on our website. The light curve graphically shows how the light diffuses into the space. The light source is located at the center of the system (ie in the polar area of the graph). When the fixture assembly is symmetrical about the vertical axis (such as circle-round, square), we create only one density distribution curve in a vertical plane. So the red color appears, when the Armature assembly is not symmetrical, we add a blue curve to the graph. The blue curve shows how the light source shines with a 90 degree movement against the initial position. When measuring the luminaire inside the source axis, we measure the plane C90-C270; when measuring the light axis vertically, we measure the plane C0-C180.
Linear system - band type industrial LED lighting fixture in T5 standards. With 2x T5 LED tube.
The new technology COB LED for the fixtures of “Snail” type spot lighting, which is indispensable for store and window lighting.
Liso-M - Recessed Mini LED Spotlight
2x T5 Linear LED Tube product; It is a decorative and architectural lighting solution. Opal - with transparent diffuser and aluminum reflector options.