Laserscope optical deck for sale .

[LesioQ]

I really don't think 240W of 809nm laser diode pump power would be enough to counterpart 3kW of arc lamp pumping. More like 500W from diodes might do the trick...
Piotr.K

[Laserman532]

We will be selling setups with a 240W Diode Pump Cavity and Power supply shortly. They are similar sized in diameter, however I am not sure of the exact length.

I think my wifes hair dryer puts out more than 240 watts (just kidding of course).

With 240 watts of pump diode power...

A- how much 1.06 are you expecting out?

B- how much green do you think you can generate?

c- if you are not planning on making a green laser...what is it for?

[mophead]

I'd like to take it off your hands but I just can't afford it right now. Maybe in a month or two I'd be interested.

LOL. I told him the same exact thing. The lack of money thing sucks.

[Laser Zone]

Ill sell it by parts or all . If your just starting off , I recommend buying all. Who ever buys it will need the ALE supply repaired. Its complete and has no Burned parts. From what I remember it had the main logic board was inop.

[weartronics]

Maybe even convert to diode pumped.

Maybe in a few days this will be a possible reality

Suppose you have a good understanding of the resonator (from reading the patents), sufficient knowledge to select the appropriate parts to convert it, and access to a comprehensive machine shop. Now drop several kilobucks on the parts and spend many, many weeks designing and building your frankenscope. Fine, you can run with 40W of 532nm in your bedroom now, but you have to wear sunglasses to watch it anyway.

For any environment where 40W of 532nm would be appropriate, the power supply and efficiency concerns of the arc lamp are no big deal and the running costs are not significant. Why spend thousands of dollars and months of time converting a design which is already highly optimised for the arc lamp, just to achieve a similar result?

[Laserman532]

Suppose you have a good understanding of the resonator (from reading the patents), sufficient knowledge to select the appropriate parts to convert it, and access to a comprehensive machine shop. Now drop several kilobucks on the parts and spend many, many weeks designing and building your frankenscope. Fine, you can run with 40W of 532nm in your bedroom now, but you have to wear sunglasses to watch it anyway.

For any environment where 40W of 532nm would be appropriate, the power supply and efficiency concerns of the arc lamp are no big deal and the running costs are not significant. Why spend thousands of dollars and months of time converting a design which is already highly optimised for the arc lamp, just to achieve a similar result?

hehe, that is basically what I said in post #19, hehe frankenscope that is a good one. I assure you that I have considered this years back and decided the ROI was just not there. Why complicate a straw.

[Laser Zone]

Well lasers in the dumpster , Ill have some pics later .

[gottaluvlasers]

please tell me you didnt dumpster this!?!?!?

what were you looking to get for this? is it/was it fixable/workable up to a good 25/30+ Watt show use system?

Why didnt i notice this earlier??

-Marc

[Laser Zone]

yup its a goner , I think the garbage truck comes on Wednesdays .

[Laser Zone]

No Its not in the dumpster , But starting bid starts at 700.00 dollars for everything ! For U.S residents only '' Sorry. That includes,

1 good q driver
1 low rf q driver
2 non working ALE , one is complete and the other is missing a few components.
1 air to water heat exchanger
2 Di water pumps
2 filter sets
1 optical deck , Unit needs lamp and new ktp xtal and oven. Will do around 10 watts q switched with current Xtal. " Thats 10 lovely watts Adam 10 !!! Oven is inop.
And other stuff like flow switch and other stuff that i cant remember right now .