The technique is called lasik which stands for laser assisted in situ keratomileusis.
Application of laser in medical field ppt.
The coherency high monochromaticity and ability to reach extremely high powers are all properties which allow for these specialized applications.
Co2 laser engraving designs laser textile.
Laser induced breakdown spectroscopy in medical sciences and applications laser induced breakdown spectroscopy libs is a form of optical emission spectroscopy 1 3.
Lasers in welding and cutting of metal 16.
Using laser technology for eye surgery the most widely spread eye related laser application is the reshaping of the cornea of the eye for improving eyesight.
There are a variety of military laser applications.
A careful review of the literature covering various aspects of applications of lasers in science and technology reveals that lasers are being applied very widely throughout the entire gamut of.
Laser light is different from an ordinary light.
Indeed medical lasers are a prime example of how the movement.
Here are top 10 medical applications of laser.
Lasers optics for personalized medical applications modulight lasers are deployed in the medical applications field from surgery to non invasive therapeutic procedures.
Laser tattoo removal 15.
It has various unique properties such as coherence monochromacity directionality and high intensity.
Laser applications of lasers.
Laser in garment industry 20.
First it is important to consider what a laser is able to accomplish to modulate the skin.
It is a technique based on utilizing light emitted from plasma that is generated via interaction of high power laser beams with matter solids liquids or gases.
Lasers in communication 18.
Laser is an optical device that generates intense beam of coherent monochromatic light by stimulated emission of radiation.
Laser in surveying and ranging 17.
Laser in mri magnetic resonance imaging laser in eye treatment 14.
Laser eye surgery medical applications 13.
Lasers have also become an indispensable tool in biological applications from high resolution microscopy to subcellular nanosurgery.
Semiconductor lasers are wavelength versatile and offer a high level of customization of the output power and beam delivery.