Semiconductor laser
An excimer laser uses ultraviolet (UV) electromagnetic waves to deliver high-energy pulses for various applications like eye surgery and semiconductor manufacturing. UV radiation emitted by the excimer laser enables precise tissue ablation or material processing due to its short wavelength and high energy.
The old laser printers used He-Ne laser , and the modern laser printers use infrared laser .
An Excimer Laser is an ultraviolet laser most often used in eye surgery, micro manufacturing and in the creation of computer chips, components, or integrated circuits.
An F2 laser is a type of excimer laser that emits ultraviolet radiation at a wavelength of 157 nm. It is used in microlithography for manufacturing semiconductor devices due to its high precision and ability to create fine patterns on surfaces. F2 lasers are also used in scientific research and medical applications.
Refractive surgeries use an excimer laser to reshape the cornea.
Laser scanners are used in: 3d printers, laser printers, for treatment of long-sighted eyes, laser shows, in microscopes, laser tv, LIDAR which is a technology that can determine the distance of objects. It is also used in barcode scanners.
electrophotographic
electrophotographic
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An instrument that is used to vaporize tissue with a cold, coherent beam of light with a single wavelength in the ultraviolet range.
They are used to support mobile labeling applications.
Monochrome laser printers are used everywhere. They are used in people's homes, in businesses, and in schools. The monochrome printer only prints in one color, usually black.