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What ever an Odin 5000W laser is, I really don't think it's 5000W, it's probably 1-7W maximum

Ooh! What model of hene?

The ones in computers are readers and writers, they are the ones that have high power diodes

Those "Gatling" 1W green lasers arnt even a watt, the have about the same power as a "laser 303" does, unless they are blue

Usually the IR one in burners is between 80-120mw and the red one is 250-350mw

White lasers do exist, (RGB lasers and white ar-kr lasers) but a black one doesn't exist and never will

survival lasers isnt really a good option anymore, my 190-540nm + 800-1700nm OD6+ glasses couldn't even block 532nm and 976nm properly a lot of other people are having the same issue

no they dont, do NOT use them, buy laserglow od6+ glasses

where can i find 630nm, i want few of those diodes!

uhh i dont think you should buy a 1 watt laser, also 200mw is WAY over the power needed to permanently damage your eyes with a direct hit, anything above 5mw can permanently damage your eyes with a direct hit, also laser 303s arnt 200mw (unmodified) they are usually 30-75mw. did you get a direct...

No the 565nm lasers are long gone. You might never see a new one again

they do make yellows but they are very unstable. they can just die on you, lose power or mode hop randomly

Some time ago, I bought a yellow 575nm lasence module. When I received it, I turned it on immediately, when I tested it on my spectrometer, I saw it had two lines, one at 577nm and one at 580nm. I decided to try putting different pieces of dichroic glass over it to see if I can get any ir lines...

i have the same question

ive never done that, but ive seen many other people do it

i made a better looking display by shining 450nm, 488nm and 520nm diodes through a dirty lens at the same spot

he is asking OP if this thread is spam i think

well, thier most likely going to use thier brown lasers they developed along with thier lenses to make this some real good liquid shit

Then what is it? From the video it looks like just lasers shooting though different diffraction gratings and pieces of glass