KVANT RGBY Laser Projectors - The game-changing addition
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- čas přidán 6. 08. 2024
- RGBY labelled laser projector systems come with an extra OPSL module inside - the one that outputs 577nm yellow laser. And although it may seem just like an ordinary upgrade by one additional colour, it is a major improvement which offers several significant advantages over most conventional RGB lasers.
Read more: www.kvantlasers.sk/laser-show... - Věda a technologie
That's what we call a professional video promotion. Very nice tech. explanation :) Congrats!
Great product... great company... great and professional staff... good job, I'm really proud for Kvant Lasers!!!
^ (2x) Me Too
Next time, KVANT Should probably do an attempt for RYGCB/RGBYC or even RGBYCOV LASERS like "Arctos" did on theirs 70W lasers series. But with KVANT robust design :P
Arctos did it first and is still the best by far. Kvant usually just copies them. They cost the same too, bit of a joke really when you open them up side by side, no comparison.
@@N4CR5 I see, maybe you could be in here if you Interested to discuss more about this :
discord.gg/mZN3mbj
Somehow, I can say, I doubt about your statement that "KVANT usually just Copies Arctos" I have a reasons for that but.. telling everything in a Comment section will be hard
@@N4CR5 I found it.. Actually.. Yes.. I admit that Arctos are beautiful, but they are actually less durability from the KVANT itself. Example : you accidentally drop them from a 2 ft High while transporting, it's still no problem at all. While.. I don't think that will also work in Arctos, which will sustain that since their weight are too "heavy"✌.. and I bet there will be a miss alignment inside of it, even a tiny fraction of it will also lead to fatal color disorientation
@@N4CR5 at one point I was convinced Arctos was superior and how their diode stacking was next to no comparison..... sadly with doing jobs I learned they are anything but that
They are very heavy.. which translates to them being more easily damaged and misaligned with a nudge or anything alike.. and while the red is neat.. their choice of galvos is always EMS or another shoddy brand.. this isn't good.. especially not at the beam divergence those bigger projectors have to carry.. having a struggling galvo set really devalues and reduces the use of your high wattage expensive projector..
@@N4CR5 Also.. open modules is indeed... very bad. The beams are way easier for Arctos to come appart (at least in their old design) while KVANT had a better design from then.
I have sadly seeing them degrade fast within installs in tough enviroments like in arabic countries or middle-east regions
Also, the yellow channel is actually not new at all, The reason why kvant is pushing it because they did the math to realize how much better the white luminosity is with that yellow beam
SVK❤
can i sell a liver to get one of those drool
Ff
Ff
كفو
wow: THIS IS SO COOL: CAN I HAVE YOUR BCHILDß
" to get a perfect mixed yellow from a standard RGB system, both red and green beams must be 100% matching each other in shape size and divergence. Currently this is unfortunately impossible"
THIS IS NOT TRUE !! if you stack the diodes for each color module in the right way, you can shape every module color beam to have the exact same shape to perfectly match each other.. off cause only works with multiple diode modules.
Hello! If multimode red and multimode green diodes are used, it is possible as you write- but on the expense of divergence and beam size parameters.
I think you should consider a divergence factor as well before putting up your phrases right there..😂
@@KVANTLasers yep, agreed^ 😃
Tone it down Slovakia, your blinding us up here in the north.
It gets tiresome with this "ohh cr*p - Is it one of Putin ballistic missiles, nahh its just another laser beam from Kvant lasers in Slovakia flooding up the sky"
but interesting to see highpowered 577nm in scanning lasers, it is a gorgeous brightcolor, but also expensive as...
the closest color I got is 590.8nm amberyellow DPSS handheld (it peaks at 49mW) so a fraction of the single digits wattage we are seeing for OPSL577nm devices.
Im a sucker for these distant lazing beamshots, looks so far out in the nightsky, fascinating