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Image Credits: Pavel L Image and Video/ Laser Modes Different laser operation modes are readily available: Constant pumping of energy into the lasing medium keeps the population inversion steady, so that constant light emission is attained, leading to a constant wave laser. The CW laser may have a shutter-interrupted output to artificially produce brief laser pulses (usually 100-500 ms), each with the exact same maximum power level as in the CW mode.

Intermittent pumping in a gas medium generates pulsed lasers, typically with resulting greater peak power than in CW mode. This Site -switched laser develops a huge laser pulse (a really high-powered flash) by utilizing a high-speed shutter inside the resonant (reflecting) cavity to allow incredibly quick discharge of the saved energy at high peak strength.

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It also closes lymph vessels to prevent tumor cells from spreading, and seals the cut ends of nerves to avoid the formation of a neuroma. It is used in ENT, gynecology, plastic and maxillofacial surgical treatment, and urology. It can not be carried by flexible fibers at present. The argon laser is another blue-green gas laser with several wavelengths, mostly at 488 and 514 nm.

It can be used with versatile optical fibers. The Nd-YAG (Neodymium-YAG) laser is a drugged fiber laser that produces infrared light at 1060 nm and is used to seal both typical and irregular capillary. It is absorbed in colorless in addition to pigmented tissues of all sorts. It is used to treat stenotic or granulomatous lesions, benign tumors and to debulk cancers, in the trachea, bronchial tree, intestinal and urologic system.

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The KTP laser utilizes a potassium-titanyl phosphate crystal pumped by an Nd: YAG laser, producing thumbs-up at 532 nm. It coagulates blood vessels. The UV excimer lasers is produced from ionized noble gases and performs ablation by converting tissue from strong to vapor straight without much heating. Image Credits: Stone36/shutterstock.