somebody needs to make a 635nm c mount host, that already has optics installed into a module for the C mount diode, that would make these c mounts alot easier to do, and we would probably see alot more high powered 635 builds
Honestly - I don't understand why more C-Mount hosts aren't made. It would be relatively simple. You could create a two-part heatsink "sandwich" with an indented cavity in one for the diode, and an M9x0.5 thread in the other for an aixiz lens.
I think it sucks that we really only see 12mm Aixiz heatsinks 99% of the time here. I mean I understand why (demand), but you'd think that at least one of our many skilled members would have honed in on this market, and developed a niche for C-Mount heatsinks. Especially since so many of them are now available with FAC lenses, making it much more reasonable to use them in pointers without bulky optics.
A chinese green laser with a c-mount pump diode could be salvaged for that - mount is already there, just remove the crystals and replace diode lens with Aixiz lens, then move the whole assembly forward to make focusing possible. Also, I think I'll get the HL6388 for myself in a month or two.
Since outrageously high power 808nm c-mounts are available: imagine a 5W/10W 808nm c-mount to pump a 473 or 589, that would be like a handheld CO2!! (They would need something bigger than 18650 through... D cells or 26650's or something even bigger)
Can anyone here tell me about the 500mw C-mount 635nm diode? Can it be pushed far beyond the 500mw mark? If so, how far and what would be the safest max current?
Are the beam specs on this C-mount as horrible as the 5.6mm 300mw?