We know! It is a very small (5x5mm?) cube that is used to combine the red and the 405. It can propably be used to combine two 405's but it's a bit small. Try it out and measure the loss, one side could be coated for red.
No not sure at all actually... still need to take my sleds apart. I just thought that I had read a discussion on it a while back but the cube may not be coated properly for low loss.
Ollie,
I'm planning to rig up 400mW of 405nm too using 2x 200mW diodes and a LW PBS. Should be done in a month(ish). Waiting on parts.
In fact I'm going to make two. One for my soon to be RGV scanner and one rigged up as a handheld beast.
I could make the diodes bleed at near 250mW each (so 500mW in total), but I want a decent life out of the rig, so 200mW will do nicely.
BTW: I'm from Warrington as well. Which part are you from exactly?
Dan![]()
not that i wanna be smartassing around here but as far as i know is the PRH803T just around 60mw natively ... even when you run it at 100mw it will be overdriven.
You should really consider getting a 6x bluray diode to run it at higher mw levels near 200mw ish which is the GGW-H20L.
If you are looking for some nice deals have a look on laserpointerforums.com
in the group buy or buy sell trade section.
You should be able to shoot one of them diodes for around 50$ or less.
-Poco
Sorry Poco,
I didn't make myself clear. I was talking about the GGW-H20L, NOT the PHR-803T. That WOULD die at those powers.
You can quite easily get a good 200mW from a 6x diode.
I have a 6x sled and a couple of 803's on my desk right now!
Ta,
Dan
i didnt realise this as 405 is new to me. i have read on other threads that it is ok to run at 100mw as they sell it as 150mw which i know is well over run. where am i able to get one of these other diodes?
cheers ollie![]()
2 x 10w full colour laser systems
2 x 4w full colour laser systems
2 x 3w full colour laser systems
1 450mw pinkem rgb 30k scanner
2 x 1 watt green laser
4 x 1 watt blue 445nm laser systems
3 watt rgb .
About 220mA, but a lot of 405 is lost behind the lens. I'm waiting on some possible single element glass lenses coated specifically for 405nm. However, at the mo, a simple acrylic lens give the lowest losses. But with the tailored lens in future, with the same current, I reckon it would touch 250mW.
Dan![]()