Fluence and BioLumic Partner to Bring Advanced UV Light Treatments to Global Cultivation Facilities
Fluence announced an exclusive partnership with BioLumic, a plant-growth biotechnology company that harnesses the power of ultraviolet (UV) light to sustainably increase plant yields, health and quality with Light Signal Recipes.
Under the agreement, Fluence and BioLumic will collaborate to deliver BioLumic’s cutting-edge UV Light Signals through Fluence’s LED lighting solutions.
BioLumic’s patented technology leverages UV photomorphogenesis to trigger biological events in seeds and young plants to dramatically optimize plant performance. The company’s proven UV Light Signal Recipes can induce large gains in plant yields, desirable plant traits and vigor while also activating natural plant resistance to disease and pests.
Fluence’s lighting systems will deliver BioLumic’s dynamic UV light treatments in the propagation phase of plant production—one-time treatments that trigger benefits that accrue through the entire plant growth cycle. Pairing BioLumic and Fluence’s leading market solutions enables cultivators to achieve high-quality yield gains, enhance cannabinoid levels and improve overall plant quality while reducing cycle-to-cycle variability.
Under the agreement, Fluence and BioLumic will collaborate to deliver BioLumic’s cutting-edge UV Light Signals through Fluence’s LED lighting solutions.
BioLumic’s patented technology leverages UV photomorphogenesis to trigger biological events in seeds and young plants to dramatically optimize plant performance. The company’s proven UV Light Signal Recipes can induce large gains in plant yields, desirable plant traits and vigor while also activating natural plant resistance to disease and pests.
Fluence’s lighting systems will deliver BioLumic’s dynamic UV light treatments in the propagation phase of plant production—one-time treatments that trigger benefits that accrue through the entire plant growth cycle. Pairing BioLumic and Fluence’s leading market solutions enables cultivators to achieve high-quality yield gains, enhance cannabinoid levels and improve overall plant quality while reducing cycle-to-cycle variability.
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