Carbon dioxide laser by C.Kumar N.Patel in 1964 in Bell Labs invention, is the photonics industry standard ancient technology. But despite its long history, CO2 laser technology continues to flourish with its unique wavelength, power and spectral purity, and continues to be used. Because many natural and synthetic materials have strong characteristic absorption over the 9-12 μm spectral range across CO2 high power laser pointer, there are many opportunities in material handling and spectral analysis. These wavelengths are also included in the important window of atmospheric transmission and are ideal for many sensing and ranging applications.
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A typical CO2 laser consists of a large amount of gas discharge from a mixed CO2 molecule. Due to the very close to the energy level of molecular vibrations and rotations, the photons emitted between these energy levels have low energy and long wavelengths compared to visible and near infrared (NIR) light. Carbon dioxide lasers offer power levels from milliwatts to tens of kilowatts, ranging from small instruments to high power cutting. And because the CO2 laser has a very high spectral purity, with
http://www.everyonetobuy.com/super-strong-30000mw-blue-laser-pointer-shop.html
A typical CO2 laser consists of a large amount of gas discharge from a mixed CO2 molecule. Due to the very close to the energy level of molecular vibrations and rotations, the photons emitted between these energy levels have low energy and long wavelengths compared to visible and near infrared (NIR) light. Carbon dioxide lasers offer power levels from milliwatts to tens of kilowatts, ranging from small instruments to high power cutting. And because the CO2 laser has a very high spectral purity, with
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