Blue 1.5 watt module and RGBlasersystems module

[edison]

He guys

I,m selling 2 modules that are traded in for new modules.



Item 1: Blue module doing 1.5 watt , tec cooled and analog modulation up till 100khz. Beamsize at aperture 3.5 x 3.5 and 0.7mrd divergence

Price: 350 euro incl shipping

Item 2: Older style RGBlasersystems red module up for repair. The 400mw/635nm module is in good condition But the driver needs some electronic repair according to the previous owner. Sold as is. Beamsize is 3x3 and 0.8mrd.

Price : 120 euro incl shipment.

Shoot me a pm when interested.

[LaNeK779]

what sort of repair would the red need?

[edison]

It needs to have some electronics repair. You could even replace the driver completely Its a project so who has time and the skills someone can turn it back to live i,m sure.

[Bradfo69]

If you have the capability of drawing on a picture - I'd be curious to know what in the "heck" the beam path is on that blue.

[edison]

The first 3 pictures are from the red

[Bradfo69]

Ok, I'll rephrase it then.

"If you have the capability of drawing on a picture - I'd be curious to know what in the "heck" the beam path is on that red."

[edison]

No idea but beamsplitting, shaping, correction and combining its al there !!!!

[svandescheur]

Hi Edison, Good to know you developed some new modules with sealing !!
Very nice price for the blue module !! I wish i had the money for it !!
I have quit for a while to build the projector.. But i'm back as soon as possible

but i also have the same question as bradfo, i have drawed the picture from the module with the red paths,
but i cant understand the last part of it .. very wierd stuff is going around in there



all the best,

Sander

[Bradfo69]

Seems like an awful lot of work and optics for 400mW. Although I'm sure it was necessary to slim down the beam of 635. Very interesting though.

[badger1666]

here's how i see it c-mount red diodes = fat arse torch beam , how do you solve this, make the apeture beam a bit bigger to reduce the divergence, then cut the beam in half ,then fold it back on its self through a pbs cube and job done