Key features of excimer lasers:
Precise material removal with minimal thermal damage
Common applications include:
UV laser annealing and thin-film processing
Excimer lasers are prized for their ability to precisely pattern and modify materials at microscopic scales, especially in high-tech manufacturing and medical fields.
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Strong absorption by many materials, including polymers and biological matter
Common applications include:
Spectroscopy and fluorescence excitation
DUV light sources include excimer lasers (like KrF at 248 nm, ArF at 193 nm), mercury lamps, and DUV LEDs. Because DUV radiation can degrade or damage materials and poses safety risks to skin and eyes, its use requires proper shielding and controls.
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Engineered for compatibility with advanced processes or materials systems
Common examples include:
Functional additives in ceramics, polymers, or batteries
Typical applications:
Specialty coatings, pigments, and abrasives
Specialty inorganics are critical in enabling innovation across high-tech, energy, aerospace, and life sciences industries due to their precision performance and material compatibility.
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