They say on their website that it is a q switched diode pumped NdYAG laser.
If you listen close you can hear a tic tic tic simultaneous with each line
of cleaning. I took each tic to be a firing of the laser (so maybe 2-5
hz?), and then some cylindrical optics plus shaping the fiber bundle to
produce the line shaped "spot".
-----
Regards,
Carl Ijames
"Frnak McKenney" wrote in message
m...
On 2 Feb 2014 01:35:28 GMT, DoN. Nichols wrote:
On 2014-02-01, Larry Jaques wrote:
http://tinyurl.com/n83bc5q
ME WANT!
Me, too.
Note that what it is cleaning off is all black -- maximum
absorption of the energy from the laser. I used to test a NdYAG
pulsed laser (near IR -- 1.06 uM IIRC) by blowing printed text off
boxes and labels. It would do nothing to the white areas, but
would blast off the black ink, leaving a slightly roughened area.
And you *needed* protective goggles whenever that beastie was
fired up. Even more so with the cleaning shown, as it cleaned to
a shiny reflective surface. :-)
Enjoy,
DoN.
The first thing _I_ thought of when I viewed this clip was, "I wish I
could get rid of mildew on shower curtains and tile walls that
easily". I _don't_ think I want to try bleaching my shirt collars
with one. grin!
Anyone have any sense of how much power _that_ would require?
Oh, and is the laser in the video actually scanning, or is that a line
laser? ( Or can one tell? )
Jes' curious.
Frank McKenney
--
My father ... drilled into me from an early age that if someone says
something is impossible, that just means it will take a bit longer
to achieve, and that the only failure in working with equipment is
if it fatally electrocutes you.
-- Seth Horowitz / The Universal Sense
--
Frank McKenney, McKenney Associates
Richmond, Virginia / (804) 320-4887
Munged E-mail: frank uscore mckenney aatt mindspring ddoott com