The first laboratory demonstration of an excimer laser took place in 1970 at the Lebedev Physical Institute in Moscow. This laser was based on a xenon dimer and operated at a wavelength of 172 nm.

This marks the first time a 193-nm vortex beam has been produced from a solid-state laser. Such a beam holds promise for seeding hybrid ArF excimer lasers and could have significant applications ...

A UP193HE Deep-UV (193 nm) Excimer is the second generation of homogenised Eximer laser to be made by New Wave Research. This laser is capable of ablating spots from 4 to 365 µm in diameter with ...

ATL Lasertechnik GmbH was established in 1993 and made a breakthrough in UV laser technology in 1994 by developing the world's first compact, high repetition-rate, short-pulse excimer laser. ATL has ...

This marks the first time a 193-nm vortex beam has been produced from a solid-state laser. Such a beam holds promise for seeding hybrid ArF excimer lasers and could have significant applications ...

STRATA Skin Sciences announces a study validating its Excimer Laser technology's superiority in treating dermatological conditions compared to traditional UVB sources. STRATA Skin Sciences ...

Researchers from the Chinese Academy of Sciences recently achieved a breakthrough by creating a compact, solid-state laser ...

The peer-reviewed research, conducted by experts from Nippon Medical School and published in the Journal of Nippon Medical School, compares the Excimer Laser with other UVB light sources in ...