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From Mound Laser & Photonics Center, Inc.
Laser micromachining of semiconductor materials such as silicon and sapphire has attracted more and more attention in recent years. High precision laser cutting and drilling processes have been successfully used in semiconductor, photonics, optoelectronics, and microelectromechanical system (MEMS) industries for aplications including wafer dicing, scribing, direct via forming, and three-dimensional structuring. In the current study, two Qswitched and one mode-locked diode-pumped solid-state (DPSS) 355 nm lasers have been used to scribe grooves on silicon and sapphire wafer substrates at different pulsewidths (10 ns, 32 ns, and 10 ps) and pulse repetition rates (30 kHz, 40 kHz, 50 kHz, and 80 MHz). Products & Services
Marking services and engraving services mark and engrave products and parts. Services offered include laser marking and engraving, rotary engraving, sublimation, electro discharge machining, and embossing.
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Learn more about Marking Services and Engraving Services
Laser welding services use high-powered laser welding equipment to fuse materials together.
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Learn more about Laser Welding Services
Laser marking and laser engraving services use a computer-controlled laser beam to discolor the surface of a component, or engrave it by vaporizing the material.
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Learn more about Laser Marking and Laser Engraving Services
Welding and fabrication services weld and fabricate a variety of materials. They may also perform services such as machining, CAD support, and field welding.
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Learn more about Welding and Fabrication Services
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Topics of Interest
We offer custom designed solid state lasers for industrial, military, medical and laboratory uses. These range from low energy to high energy, low rep rate of a few Hertz to MHz. We are willing to...
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Melles Griot manufactures a broad range of laser probe sources for biomedical applications. These include air-cooled argon, krypton, mixed gas, helium neon (HeNe), helium cadmium (HeCd), diode-pumped...
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Laser micromachining has proven to be a very successful tool for precision machining and microfabrication with applications in microelectronics, EMS, medical device, aerospace, biomedical, and defense...
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Ti-Sapphire. Titanium-doped sapphire (Al2O3) has the broadest tuning
range of any conventional laser, 660 to 1180 nm. It was first
demonstrated in 1982 (Moulton, 1982); commercial...
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The primary uses of solid-state vibronic lasers are in research and
development. Their tunability makes them attractive for spectroscopy
and other measurement applications which require tunable...
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