Skillcraft
Well-Known Member
Look into GROWER'S CHOICE. Go to www.ledgrowlightdepot.com and look around. They have good pricing and great customer service.
i do not know what the offer is just that the guy was like me started HID moved to LED has been for last few years ...he is always up datting gear from what i been toldBetter to mention the actual model of the gear on offer.
Post pics broI'm pulling over 3 lbs. every grow in a 4 x 4 space with the 645 watt Gavita LED, and no co2.........good lighting will only take you so far, you need to master growing too to utilize them properly. I paid $1300 for the led 3 years ago, it can be had now for around $750. Check out some of my more recent grows her and THCFarmer.
I didn't want to wait, called up and asked and they gave me a 25% off coupon on my X. I love that light. Although I know there are probably better lights for less my plants have never been happier. So it was worth it. I keep trying to talk myself down from getting another lol.Wait for sales, subscribe to hlg and u will be notified from hlg everytime ! 20-35% off sales are super common even a lot of refurbished are allowed and the refurbished include 1 year warranty ! I got my 650r by hlg for 410$ out the door on Black Friday !
Search: 4 results found for "Subscribe*"
Premiere high end indoor gardening LED grow lights for hobbyists & professionals looking to remove HPS & lower electricity costs by 60% while increasing yields.horticulturelightinggroup.com
If you're serious, consider Grow Lights Australia.hey all
back again asking a ?
what led lights are the top maker
been out of the loop for a few years the ones i know are all dated (looked at sites they do not even have the light i got 3 years ago listed )
This!I recommend HLG. You posted a loaded question so I’ll leave my answer short and simple.
American made, quality diodes, LEGIT warranty. Great customer service.
This man speaks the truth.Man, I'm obviously biased, but what do you mean by "best"?
Everything is a trade off. It's easy to get efficiency (photons per joule) if you only use 5000K white phosphor and mono 660nm diodes, but then you're missing out on some of the best parts of the spectrum in the Far Red, violet and UV ranges. Not to mention the large Cyan gap.
It's much harder to get a "true" full spectrum light with efficiency around 3 umol/j that inludes Far Red, UVA and elevated cyan because Far Red diodes are not that efficient (around 50-55%) and UV diodes have a lower quantum yield (fewer photons per joule of energy), whilst current phosphor technology usually produces a large cyan gap.
Then you need to look at features like water-proofing – which invariable affects efficiency because any clear coat or plastic/glass cover is going to absorb light – and robust design (passive cooling, large diode spread for heat management and better coverage etc) that leads to reliability and longevity.
Then there are the diodes themselves and all the other components, such as the driver.
For those in the know, Samsung are good, but are not necessarily the best or even most efficient 3030 diodes (that would be Nichia, which we use – the world's biggest LED company and inventor of the white phosphor LED, made in Japan, not China), while Mean Well drivers are not bullet-proof either – we have seen our share of failed Mean Wells.
In nearly all cases you get what you pay for.
Most LED fixtures on the market today are just copies of each other coming out of the same factories in China. There are not as many true innovators in the industry who actually grow and do the research. For example, you won't find many (if any) lights on the market with more Far Red light (10+%) than ours, but then if other manufactures tried to do it, their results would be different . . . unless they also put the correct amount of UVA at the other end of the spectrum to reduce some of the undesribale effects of Far Red to reap the benefits of it.
Hate to say it, but 4800K is not going to yield as well as 2900-3000K – that has been proven over and over again. There is a trade-off between yield at the red end of the spectrum and quality at the blue end of the spectrum. Green is good for penetration, plant vigour and high CRI, but has less quantum yield than red. Green monos are not efficient, and the green part of white phosphor diodes is again not as efficient as a mono 660nm diode (which is why they are so widely used). The trick is to achieve the right balance of yield, vigour and quality.
Many people will recommend the light they own. Or the one that does the most aggresive marketing. That doesn't mean it's the best.