5mW Blue Laser Pointer 399$
http://www.dragonlasers.com/catalog/Aurora-Series-5mW-Blue-Laser-Pointer-p-16195.html
Thursday, November 11, 2010
2mW 473nm Blue Laser Pointer 497$
Advanced laser blue light technology in the palm of your hand. The 473nm blue laser beam has only recently been produced in the form of convenient hand held pointers. The solid state laser diode produces a stable output that creates amazing visuals. Popular amongst true laser enthusiasts, the blue laser pointer is becoming a must have in every gadget collection.
http://www.thinklasers.com/473nm-blue-laser-pointer.html
http://www.thinklasers.com/473nm-blue-laser-pointer.html
Blue and violet laser pointers
Blue laser pointers, which became available around 2006, have the same basic construction as DPSS green lasers. They most commonly lase at 473 nm, which is produced by frequency doubling of 946 nm laser radiation from a diode-pumped Nd:YAG or Nd:YVO4 crystal (Nd-doped crystals usually produce a principal wavelength of 1064 nm, but with the proper reflective coating mirrors can be also made to lase at other non-principal neodymium wavelengths).
In 2006 many factories began production of blue laser-modules for mass storage devices, and these entered the mass consumer market as laser pointers, as well. There were DPSS type frequency-doubled devices. For high output power BBO crystals are used as frequency doublers; for lower powers, KTP is used. The Japanese company Nichia controlled 80% of the blue laser diode market in 2006.[8]
Blue lasers can also be fabricated directly with InGaN semiconductors, which produce blue light without frequency-doubling. 450 nm blue laser diodes are currently available on the open market. The devices are brighter than the 405 nm laser diodes, since the longer wavelength is closer to the peak sensitivity of the human eye. Commercial devices like laser projectors have driven down the prices on these diodes, as of March 2010.
http://en.wikipedia.org/wiki/Laser_pointer
In 2006 many factories began production of blue laser-modules for mass storage devices, and these entered the mass consumer market as laser pointers, as well. There were DPSS type frequency-doubled devices. For high output power BBO crystals are used as frequency doublers; for lower powers, KTP is used. The Japanese company Nichia controlled 80% of the blue laser diode market in 2006.[8]
Blue lasers can also be fabricated directly with InGaN semiconductors, which produce blue light without frequency-doubling. 450 nm blue laser diodes are currently available on the open market. The devices are brighter than the 405 nm laser diodes, since the longer wavelength is closer to the peak sensitivity of the human eye. Commercial devices like laser projectors have driven down the prices on these diodes, as of March 2010.
http://en.wikipedia.org/wiki/Laser_pointer
5mW Blue Laser Pointer $299.99
Unusual blue laser beam at 473 nm wavelength
Output power of <5mW (Class IIIa Laser Product)
1.5 mm beam diameter at aperture
Momentary push button switch
Pulsed wave output
Takes 1 "CR2" battery (included)
Dimensions: 5.9" x .67" dia
Six month warranty
http://www.thinkgeek.com/gadgets/lights/896a/#tabs
Output power of <5mW (Class IIIa Laser Product)
1.5 mm beam diameter at aperture
Momentary push button switch
Pulsed wave output
Takes 1 "CR2" battery (included)
Dimensions: 5.9" x .67" dia
Six month warranty
http://www.thinkgeek.com/gadgets/lights/896a/#tabs
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