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Do you know this for certain? Kind of a bummer if so

I purchased from LaserPointerStore once and the laser has been working great. As far as I can tell they dont produce anything and are just a reseller of all sorts of different brands.

My order for the RGB array got cancelled yesterday. They claim it did not produce sufficient power so they will let me know when they have units that perform better. Right now the listing is still up so I wonder if other orders will also be cancelled while its still up.

Yes! I was literally about to bump this thread to ask if you had got them in yet. I'm very excited to see what's inside. Could you set one of these next to a known laser like a Valkyrie or pen laser so we can see the size of these things. I've never had anything that uses 32650's.

I hope that means we eventually get only red and only green micro arrays. A 10W five emitter green would be ridiculous. I guess technically we could cut this array in half and use only the red half for a 10W red!

looks like each of the color strings are wired separately with a common ground

Wow, surprisingly reasonable

How much was the module? I’ve been thinking about asking them for that exact module.

RGB micro arrays are here! https://www.ebay.com/itm/315109008380

That is sharp! The slit aperture opening is very unique

That is a sight to behold! Absolutely stunning.

Thats quite the assembly line you've got there, i like it!

Ill have to try that, I wouldn't mind being a bit further away from my target when using my array based lasers

I thought LaserGlow discontinued their Hercules/Aries laser pointers? EDIT: Just checked, because I'm in the US I can't see the Herc/Aries, but if I google it I can navigate to the page where they have a disclaimer stating its not available for the US market. I would love to have one of each...

Must be because of either a B or C-mount pump diode. Shouldn't it be possible to use a 5.6 or 9mm in its place if the module were redesigned?

12mm modules would be amazing! On the back of the module the positive lead attaches to the module via the small screw while the negative wire goes inside through a hole. The small hole on the back of the module is tapped and I can see the bottom of a screw that I am assuming is securing...

Nice! I got my bare 573nm module from Tinker last week and I'm just staring at it wishing I could cram it into a pen laser

Thats a great deal considering the headache it would have been trying to adapt those style diodes to a module. This wavelength is gorgeous too, a very rich emerald color.

Can you take apart one of these? I would love to see the optical train

Thats a busy little box, amazing that they are able to combine so many individual light sources into a single fiber while I'm over here struggling to get a single diode lined up.