Find The Best LED Grow Light For You (That Actually Works)
Certain plants grow better during certain seasons. This is because, at different times of the year, the sun is providing them with different things.
LED grow lights work by replicating this process as close to nature as possible within their indoor environment.
LED Grow lights are a new technology, and it may not always be easy to spot the light that will work the best for you.
But there is no doubt that finding the best led grow lights will significantly improve your work.
Below are The Best LED Grow Light for You.
The Grower’s Choice ROI-680 LED grow light is inspired by a collaboration between two of the most prominent and respected companies in the indoor grow lighting industry: TSL Horti Tech and Growers Choice.
These two brands have come together to combine their years of experience and innovation in grow lighting to create this high performance, cost effective, efficient lighting solution for commercial growing.
BALANCED SPECTRUM
The ROI-680 LED grow light incorporates Growers Choice well known 3K CMH Full Phase Spectrum, providing superior growing power with the best possible LED diodes available.
HIGH PERFORMANCE
This powerful LED grow light provides 1700 μmol/s of total output, and 2.5 μmol/J system efficacy.
ENERGY SAVINGS AND LOWER HVAC REQUIREMENTS
The Growers Choice ROI-680 is incredibly efficient, and can provide hobby and commercial growers with up to 40% savings on energy. On top of this, the low operating temperature of this LED grow light decreases HVAC requirements by 40%.
PROVIDES GROWERS FULL CONTROL
Since plants have different levels of light requirements throughout their life, it makes sense that growers should be able to dim their LED light accordingly. The onboard dimming function of the ROI-680 LED grow light allows you to set the ideal intensity at any stage of plant growth for optimal photosynthesis activation. This grow light is compatible with most lighting controllers, but works best with the Grower’s Choice Master Lighting Controller.
EVEN LIGHT DISTRIBUTION
The Growers Choice ROI-680 LED grow light allows for even light distribution, and is precisely designed to deliver uniform levels of photosynthesis flux density, or PPFD.
ECO Farm GLT 500 Dimmable Samsung LM301B Grow Light
Eco Farm Commercial Indoor LED grow light uses our custom designed full-spectrum high efficiency 1560 LM301B white chips+36 Osram 660nm Red chips.
50W Enhanced Bar with UV(25W) and Far red(25W) optional.
Far-red light causes plants to stretch out and reduces the amount of chlorophyll (which is essential for plant growth) in leaves. When used for a short period, far-red light can stimulate flowering.
UV-B can induces a range of strong morphological effects in plants, including leaf thickness, leaf discoloration, cotyledon curling, inhibition of hypocotyl growth, stem and leaf elongation, axillary branching etc.
- Using highest Samsung output LEDs, Efficacy is up to 2.6umol/J.
- 1524 high PPFD in 12 inches.
- Full spectrum with enhanced red for full cycle grows.
- The beam angle of light bars are adjustable easy to install.
- Extra 50Watt bar can be added in the middle of the fixture to provide more Far red UV light.
- Supporting RJ port daisy chain and 0-10V dimming knob.
- ETL&cETL, DLC, CE, ROHS certified product.
The Model-W is a high performance LED grow light for the horticulture cultivation. It is designed for high PPFD cultivation practices. Full spectrum design covers each critical phase of growth from vegetative to flowering. An independent Far Red 730nm channel is designed to target Phytochrome Far Red in photomorphogenic lighting applications. Base on research, introducing far-red light after the lights have been turned off can lengthen the dark period to encourage the flowering process.
- Outstanding Efficiency
- Plug and Play for a quick installation
- On-board Dimming
- Independent Far Red 730nm channel
- External Controllability with 256 fixtures per channel
- Group Control Capability
Plants grown under LED light will actually utilize fewer nutrients because they’re not relying on them as heavily to grow.
Plants grown without a spectrum light have to overcompensate for what they’re not getting, and this affects their nutritional needs.
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