An 11.5 W 532 for any big spenders out there...;)

[Ibuprofen200mg]

B.M. Industries Thomson CSF Saga 230 ND: Yag Laser | eBay

1 Watt = 1 Joule/second
(2.3 J)/(0.20 S) = 11.5 W

 

[jimdt7]

Only $56,000.00 :crackup: :crackup: :crackup: :crackup: :crackup:

Jim

 

[mattco2]

i think you could build a mass array of 635nm diodes for that

 

[rhd]

i think you could build a mas array of 535nm diodes for that

Based on the current price for 532nm diodes (actually, the closest you can buy right now is ~525nm), you could build a "mas array" of exactly 14 diodes.... and you'd have roughly 700mW, not accounting for losses from optics

 

[Wolfman29]

This is... kind of ridiculous XD Really powerful though. Think of the beam! (Even though it would be strobing ).

 

[Meatball]

Based on the current price for 532nm diodes (actually, the closest you can buy right now is ~525nm), you could build a "mas array" of exactly 14 diodes.... and you'd have roughly 700mW, not accounting for losses from optics

It would be worth it.

...C'mon... try to tell me I'm wrong.

 

[rhd]

It would be worth it.

...C'mon... try to tell me I'm wrong.

You're wrong ;p

If I had $56k, I would not spend it on 14 green diodes!

I might spend $4k of it on a Nichia 488

 

[LaZeRz]

Why in the world would you buy 14 green diodes, Just buy 10 DHOM 532 units for around 9k and combine them :eg:

 

[mattco2]

fine ill just take a few kilowatts of blue then :lasergun:

 

[daguin]

IIRC this one was doing ~14W

Peace,
dave

 

[mattco2]

dang dave you got some big toys

 

[Cyparagon]

I think you have the one and four backwards, Dave. :eg:

 

[mattco2]

what is the IR pump source

 

[daguin]

dang dave you got some big toys

That's NOT me.

I don't even have 220V here

That's Laserman532

Also, as cyparagon pointed out, my memory was WAY off

That one was putting out 42W

This was at an LEM in Oregon a couple of years ago

He had it set up with a set of galvos and did some "show" with it

It was AWESOME!

Peace,
dave

 

[cilegray]

Wait wait wait....... no glasses ?

 

[Sigurthr]

Experts who are using stable non-handheld systems can get away with that. With a "locked down" laser, if you know where the beam is, and you're not going to be stupid, you'll be fine.