The Lumatek Attis Led Lamp is the ideal light solution for quality cultivation: it produces a high efficiency light source with a full light spectrum, providing a uniform emission with an optimal distribution and absorption. This lightweight luminaire, thanks to its design, is available in 300 W (1 m2) and 200 W (0.8 m2) versions
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Lumatek's range of LEDs creates an even diffusion of light even at a short distance from the crop, achieving good penetration of the lighting zone without hot spots and excessive heat. The innovative heat sink and the use of passive natural convection eliminated the need for a bag, reducing noise and significantly increasing the life of the appliance, as it has no moving parts. Led Attis is a highly efficient grow light and is ideal for a grow area of 80 x 80cm. Lumatek's innovative design and advancement of LED technology have produced a high power LED grow light with passive convection cooling. This fanless design means no moving parts, so these devices are rugged with long life and consistently durable. Full Spectrum LEDs: LED grow lighting solutions light up using a blend of LEDs to produce a highly calibrated light source to provide a high intensity, stable and uniform output for optimal light absorption. Previous generations of LED grow lights used a blend of royal blue and deep red LEDs to target chlorophyll absorption peaks. they lacked solutions to function properly, lacked quality plant growth, lacked dense canopy solutions, and provided poor visibility for inspecting and maintaining grow rooms. Passive cooling: Lumatek's innovative design and advancement in LED technology have produced a high power LED grow light with passive convection cooling. This fanless design means no moving parts, hence the LED devices Advantages of the Product: 40% electricity savings Increases in yield in one's catalog LEDs have a rated life of 60,000 hours backed by a 5 year warranty Equipped with automatic power growth / development They can be dimmed to adjust the PPF level according to the cultivation and growth phase without changing the spectral power distribution or losing efficien