Dimlux Unveils Fully Customizable LED Grow Light
Dimlux Lighting's newest product offering has raised the bar for LED Grow Lights – the Xtreme Series LED Grow Light. These fixtures are available in 500w, 750w, and 1000w configurations and can be purchased with or without a far-red spectrum.
Studies have shown that combining red and far-red increases the photosynthetic rate beyond the sum of the individual contributions. Higher photosynthetic rates mean larger flowers. Many growers swear that there is a link between more red light in their spectrum and larger flowers. While the science is still out, this fixture will allow growers to begin to properly test this theory.
The white and red(s) LED channels can be controlled independently allowing the grower to change the spectrum of light the plants are receiving. The Xtreme LED fixtures offer significantly more red light than any other LED grow light. They can be tuned from a 1:1 to more than 1:10 blue-to-red ratio (but not recommended to exceed 1:4.5). While other tunable fixtures can technically achieve these same ratios, it would require substantially turning down the white LEDs resulting in a severe decrease to the total output.
Studies have shown that combining red and far-red increases the photosynthetic rate beyond the sum of the individual contributions. Higher photosynthetic rates mean larger flowers. Many growers swear that there is a link between more red light in their spectrum and larger flowers. While the science is still out, this fixture will allow growers to begin to properly test this theory.
The white and red(s) LED channels can be controlled independently allowing the grower to change the spectrum of light the plants are receiving. The Xtreme LED fixtures offer significantly more red light than any other LED grow light. They can be tuned from a 1:1 to more than 1:10 blue-to-red ratio (but not recommended to exceed 1:4.5). While other tunable fixtures can technically achieve these same ratios, it would require substantially turning down the white LEDs resulting in a severe decrease to the total output.
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