The Amagine Light & Design Green series LED horticulture lights offers bright, efficient lighting. With SmartCooling® thermodynamics it is highly adaptable for commercial cultivation in medical, commercial and vertical farming applications. Patented Optics and SmartCooling® technology make this the best performing horticulture light in the industry.
The innovative MAX YIELD series LED Grow Lights with the Emerald Triangle Spectrum™ will cover a broad spectrum in VEG while only using 170 watts. This Industry leading LED technology will significantly increase yields saving up to 70% on electricity, over 50% in water and HVAC. The easy to use Max Yield includes great features like an adjustable light spectrum and a timing function (sunrise/sunset feature) that slowly wakes up your plants in the morning and gently dims the light down synchronizing with your plant’s circadian rhythms.
LEDs: Max Yield series features the highest rate of Photosynthetic Photon Flux (PPF) or ParPlus® providing the best growth efficiencies and effectiveness.
Optics: Light output is controlled by patented optics that spread the light in an even distribution pattern for uniform growth.
SmartCoolin® Design for lowest junction temp in Industry
Housing: Extruded aluminum housing and advance thermal carbon materials
Surveillance: COB applications to remotely monitor plant growth
The ALDgreen line of intelligent, full spectrum, bioengineered horticulture lights push the boundaries of light to the next generation of cultivators. MAX Yield delivers straight to the bottom line.
The Max Yield intelligent software integrates the latest technology for spectrum control and intensity while utilizing lighting recipes to influence plant genetics and yield.
More to come here.
The Max Yield Control Software combines Industry leading software with bioengineered light recipes that will control light spectrum, intensity, illumination moment, and uniformity. Our technology has been developed over years of working with cultivators, academia, and research facilities to enhance growth outcomes.
MY Controller allows you to direct specific plant characteristics, from density, color intensity, flowering, terpenes and flavonoids.
ALD has been leading the technological advancements in LED light for the past decade leveraging intellectual property in our industrial solutions, designing lighting systems that outperform every LED light available.
Our DNA is about creating quality technology and North American jobs!
Author(s) LydieHuché-ThélierabLaurentCrespelbc1José LeGourrierecbd1PhilippeMorelab1SoulaimanSakrbcNathalieLeducbd Highlights Blue light and UV-radiations modulate both photomorphogenesis and photosynthesis. Several plant photoreceptors perceive UV and blue wavelengths. Plant develops protective responses to UV and high fluence blue radiations. UV and blue wavelengths interact on processes involved in plant quality. LEDs are tools to adapt light spectrum to plant needs. Ultra-violet (UV) and […]
Light spectral composition influences plant morphology, physiology, and development by impacting on processes ranging from photosynthesis to secondary metabolism. Signaling pathways underlying growth and defense are linked, and light spectral composition therefore influences both processes. Light spectral composition influences the behavior of plant-feeding arthropods and their carnivorous enemies directly or via changes in plant morphology […]
Jun 2019 | Posted By: MAZAKALI While the cannabis plant has been consumed for over six thousand years, it has until recently been kept in exile from beneficial advances in genetics, biotechnology and the illuminating work of the world’s medical and scientific community. The five hundred and twelve known bio-active compounds in the plant include […]
Lighting is the means for photonic activation of all photosynthetic plant growth. It’s measured in photosynthetic photon flux density (PPFD). For trichomes, light is one of the three elements—nutrient availability, genetics, and light quality—necessary for the strong synthesis of cannabinolic compounds. For the optimum production in any genetic strain, nutrient availability and light quality can be provided in […]
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