5 products found
Fluence Bioengineering, Inc. Products
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SPYDR
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Fluence - Model SPYDR 2i - 47 Inch High-Performance Full-Cycle Top-Lighting Solution for Commercial Horticulture Cultivation
SPYDR 2i is a high-performance, full-cycle top-lighting solution for commercial horticulture cultivation, with the power to scale from vegetative growth to higher light intensities in bloom. It was designed for commercial growers to push the envelope with high-PPFD cultivation practices along with sophisticated CO2 ...
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Fluence - Model SPYDR 2i - 40 Inch High-Performance Full-Cycle Top-Lighting Solution for Commercial Horticulture Cultivation
SPYDR 2i is a high-performance, full-cycle top-lighting solution for commercial horticulture cultivation, with the power to scale from vegetative growth to higher light intensities in bloom. It was designed for commercial growers to push the envelope with high-PPFD cultivation practices along with sophisticated CO2 ...
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Fluence - Model SPYDR 2i - 33 Inch High-Performance, Full-Cycle Top-Lighting Solution for Commercial Horticulture Cultivation
SPYDR 2i is a high-performance, full-cycle top-lighting solution for commercial horticulture cultivation, with the power to scale from vegetative growth to higher light intensities in bloom. It was designed for commercial growers to push the envelope with high-PPFD cultivation practices along with sophisticated CO2 ...
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Fluence - Model SPYDR 2p - 47 Inch Full-Cycle Top-Lighting Solution for Commercial Cannabis Cultivation
SPYDR 2p is a full-cycle top-lighting solution for commercial cannabis cultivation. For optimal results, we recommend SPYDR 2p deployed in environments with CO2 supplementation between 800-1400 ppm in the reproductive growth stage due to high PPFD ...
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Fluence - Model SPYDR 2x - 47 Inch Top-Lighting Solution for Commercial Horticulture Cultivation
SPYDR 2x is an early-development stage top-lighting solution for commercial horticulture cultivation, or a full-cycle top-lighting solution for home hobbyists cultivating without CO2 supplementation at ambient conditions around 400 ...