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BTTT: Added a photograph showing this laser's beam crossing a room.

Bumpity bump bump: Added a link to a reseller who sells this laser.

BTTT: Found a duty cycle recommendation for this laser.

Re: Review of the Directly-Injected 505nm Bluish-Green ("Mint Green") Laser Pen Bumpity bumb bump: Found a duty cycle recommendation for this laser.

Thank you so very much!!! :D +1 rep for U 2!!! :)

Re: Review of the Directly-Injected 505nm Bluish-Green ("Mint Green") Laser Pen BTTT: Added a brief video showing how this laser performs in LVC.

Re: Review of the Directly-Injected 505nm Bluish-Green ("Mint Green") Laser Pen No, I purchased a 488 and it spectroed right around 488nm. I also purchased a 505 and it spectroed at around 507nm. Both lasers were well within specs, spectrographically anyway -- but were awesomely over spec in...

Bumpity bump bump! Added a second brief video showing how this laser performs in LVC.

Probably the same way that my 505nm portable laser's review went to cheap "ghetto booze" -- third post from the bottom is a big-ass picture of a booze bottle. :o

Re: Review of the Directly-Injected 505nm Bluish-Green ("Mint Green") Laser Pen This link will lead you to the mouths of a number of sellers of 488nm (non-Argon) lasers on Ebay. :) And THIS appears to be the exact same laser that I purchased (and is the product reviewed in this thread).

Re: Review of the Directly-Injected 505nm Bluish-Green ("Mint Green") Laser Pen I'm not certain just who the OEM is; I purchased this laser on Ebay. Sorry about that. :(

BTTT: Added a photograph of this laser's radiation reflecting off of an interior window.

Re: Review of the Directly-Injected 505nm Bluish-Green ("Mint Green") Laser Pen BTTT: Added a pair of indoor "beam" photographs.

BTTT: Added a pair of indoor "beam" photographs.

Re: Review of the Directly-Injected 505nm Bluish-Green ("Mint Green") Laser Pen BTTT: Performed a third long-term stability analysis cum battery discharge analysis.

Bumpity bump bump: Performed narrowband spectroscopy at relatively cold temps to check for wavelength shift.

I await your findings with baited breath!!! :D In the meantime, I performed "cold" spectroscopy of this laser earlier today. I exposed the laser for one (1) hour to a relatively cold temperature; measuring 15°F (-9.4°C) -- this was the temperature of our household freezer. I don't own or...

Re: Review of the Directly-Injected 505nm Bluish-Green Laser Pen Bumpity bump bump: Performed narrowband spectroscopy at relatively cold temps to check for wavelength shift.

Bumpity bump bump: Ran a repeat long-term laser stability cum battery discharge analysis; also performed "hot" spectroscopy after ~25 mins. continuous operation to check for wavelength drift.

Totally frickin awesome laser pics!!! :D +1 REP