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37 - 48 of 194 Products for 'Solid State Laser' Page 4 of 17 |

Solid State Laser

Microelectronics

Microelectronics

…manufacturing. Solid-state lasers, CW and pulsed (visible and UV) Ion lasers CO2 lasers Semiconductor diode lasers (IR, visible, violet) Measurement Instruments Related Products HYPER RAPID HyperRapid NX Monaco Excimer Lasers & UV Beam Delivery Ion Lasers Sapphire Lasers Reel-to-Reel Direct…

Life Sciences and Medical Applications

Life Sciences and Medical Applications

…measurement cycle. Related Products OBIS CORE LS OBIS LX/LS OBIS Galaxy Laser Combiner THz-Raman® Spectroscopy Systems Raman Spectroscopy Raman scattering is a valuable spectroscopic technique that can be applied to solid, liquid or gas samples. The Raman effect occurs when a sample is irradiated…

OEM Components

OEM Components

Laser Pumping - Solid-state lasers are used in a wide variety of applications, ranging from materials processing to entertainment to medical treatment. Optical pump sources for solid-state lasers have traditionally been lamp-based. However, because flashlamps emit light that is distributed over a…

AVIA LX Solid State Q-Switched UV Laser

AVIA LX Solid State Q-Switched UV Laser

AVIA LX Solid-State Q-Switched Ultraviolet Lasers AVIA LX is a 20 W (at 355 nm) diode-pumped, solid-state, Q-switched nanosecond laser that offers an unmatched combination of high reliability, superior performance, and low cost of ownership. This is achieved, in part, through the use of the Coherent…

SST 2017-09 Laser Marking.pdf

SST 2017-09 Laser Marking.pdf

www.solid-state.com SOLID STATE TECHNOLOGY AUGUST/SEPTEMBER 2017 13
LASER MARKING
advantageous for many material processing applications, but not always for laser marking. In fact, a more
uniform beam intensity distribution, called a flat-top
profile,issometimesmore
useful…

Excimer laser technology trends

Excimer laser technology trends


[4] Uhrmann T and Delmdahl R 2013 Solid State Technol.
56 18-20
[5] Paetzel R, Turk B, Brune J, Govorkov S and Simon F 2008
Phys. Status Solidi c 10 3215-20
[6] Herbst L, Lindner H, Heglin M and Hoult T 2004 Indust.
Laser Solutions 19 13-16
[7] Delmdahl R and…

Whitepaper Thin Wafer Laser Debonding.pdf

Whitepaper Thin Wafer Laser Debonding.pdf

…in the manufacture of power devices, or any
other components that require exposure to high
temperature during manufacture.
References
[1] T. Uhrmann, R. Delmdahl: Laser debonding enables
advanced thin wafer processing; Solid State Techn. 56,
18-20 (2013).

Industrial Laser Solutions - November/December 2015

Industrial Laser Solutions - November/December 2015

28 Industrial Laser Solutions NOVEMBER/DECEMBER 2015 www.industrial-lasers.com ULTRAVIOLET DPSS LASERS WORK WITH WIDER RANGE OF MATERIALS JÖRG HELLER Marking is critical for medical devices and pharmaceuticals, both to enable product tracking and identification and to combat counterfeiting.…

Laser Focus World - November 2017

Laser Focus World - November 2017

…Hz--now, numerous excimer lasers support multi-kilohertz repetition rates (see Fig. 1). Just as important, laser producers have also substantially improved the service characteristics and total cost of ownership of excimer lasers to keep them competitive with other laser and non-laser technologies.…

Laser Focus World - January 2015

Laser Focus World - January 2015

laser diodes, or in some cases vertical-cavity surfaceemitting lasers (VCSELs), can put out watts to kilowatts of optical power for uses such as laser pumping, industrial heating, illumination, or as the input for fiber-optic direct-diode laser devices for materials processing or for medicine. Laser

Laser Focus World - August 2016

Laser Focus World - August 2016

August 2016 www.laserfocusworld.com Laser Focus World
30
MarketInsights
thus came to dominate flow cytometry
in the 1980s. Over time, however, the
ongoing evolution of highly reliable and
compact air-cooled argon lasers enabled
construction of smaller (though still…

Laser Focus World - February 2018

Laser Focus World - February 2018

…of traditional laser marking There are several well-established approaches to laser marking, and numerous industries have used these techniques for decades. Carbon dioxide (CO 2 ) lasers, nanosecond-pulsewidth diode-pumped solid-state (DPSS) lasers, and continuous-wave fiber lasers are widely used…