Hi there,
I'm looking for some information on the current limits of the beam width of currently available lasers. I'm less interested in experimental setups that are not on the market yet, but I suppose if one of them is markedly different it would be interesting to know.
Specifically, what is the smallest available beam width, what kinds of lasers can achieve it, and what are the specs for such a beam (i.e. power etc.)
I've looked around a good deal so far and haven't found anything, so if you know or could just point me in the right direction I would be very thankful! This is a bit out of my field so any advice is appreciated.
Cheers,
CFlower
I'm looking for some information on the current limits of the beam width of currently available lasers. I'm less interested in experimental setups that are not on the market yet, but I suppose if one of them is markedly different it would be interesting to know.
Specifically, what is the smallest available beam width, what kinds of lasers can achieve it, and what are the specs for such a beam (i.e. power etc.)
I've looked around a good deal so far and haven't found anything, so if you know or could just point me in the right direction I would be very thankful! This is a bit out of my field so any advice is appreciated.
Cheers,
CFlower
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