Complete Spectrum
| UV | Yellow | |
| Violet | Orange | |
| Indigo | Red | |
| Blue | Far-Red | |
| Green | White |
Complete Control
Spectrix lights create precisely the wavelengths that are absorbed most efficiently by plants. Each band of the spectrum is fully adjustable to provide complete plant nourishment without wasted energy.
Complete Spectrum
Violet
Indigo
Blue
Green
Yellow
Orange
Red
Far-Red
White
Complete Control
Spectrix lights create precisely the wavelengths that are absorbed most efficiently by plants. Each band of the spectrum is fully adjustable to provide complete plant nourishment without wasted energy.
Biological Efficiency
Plants contain light absorbing pigments. Healthy plant growth is regulated by many pigments including chlorophylls, carotenoids, and flavonoids. Each pigment has one or more absorption peaks, or wavelengths of light that are most efficiently converted into chemical energy. Most “broad spectrum” grow lights waste energy generating wavelengths that are not optimal. To make matters worse, most “full spectrum” grow lights are lacking key wavelengths that are needed to drive the complete array of plant growth processes.
Plants contain light absorbing pigments. Healthy plant growth is regulated by many pigments including chlorophylls, carotenoids, and flavonoids. Each pigment has one or more absorption peaks, or wavelengths of light that are most efficiently converted into chemical energy. Most “broad spectrum” grow lights waste energy generating wavelengths that are not optimal. To make matters worse, most “full spectrum” grow lights are lacking key wavelengths that are needed to drive the complete array of plant growth processes.
Swipe to change spectrum
Power Usage (W)
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SPECTRIX
Fruit Mass Yield (g)
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SPECTRIX
Efficiency (g/W)
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SPECTRIX
* Based on preliminary testing
Any sufficiently advanced technology is indistinguishable from magic.
-Arthur C. Clarke