Applied Spectra, Inc. (ASI) is a leading supplier of analytical instruments. This company stands at the forefront of laser ablation (LA) based elemental analysis techniques, with their world-class scientific and engineering teams. ASI simplifies the process of elemental chemical analysis while delivering rapid, high-precision results that are environmentally friendly.
Applied Spectra's technology offers a compelling value proposition over traditional chemical analysis methods, which are slower and frequently involve destroying the sample and generating toxic chemical waste by-products.
Applied Spectra’s comprehensive and highly customizable product portfolio gives its customers a wide range of LA-based analytical solutions. Customers maximize their initial capital investment with respect to the required analytical performance.
Products by Applied Spectra deliver elemental and isotopic detection capabilities from ppm down to ppb level across virtually all elements in the periodic table. The versatile RT100 Series LIBS and J100 Series LA-ICP-MS platforms are designed to allow the use of different laser parameters for sample analysis, thus extending the applicability of ASI's instruments over a wide range of sample matrices.
Environmental analysis: detecting contaminants, hazardous substances, and studying the carbon cycle, Alternative energy manufacturing: solar cells, next-generation batteries, chemical analysis, and metrology, Forensic science: substance discrimination, counterfeit analysis, and nuclear material characterization, Analytical researchers: Development of LIBS and LA-ICP-MS analytical protocols, and supporting the R&D community.
Applied Spectra's scientific team delivers state-of-the-art technical consulting on laser ablation applications, including elemental analysis, micromachining, fabrication of nano- and micrometer-sized particles with specific composition, tissue ablation, material fabrication, and thin-film deposition.
Basics of Laser-Induced Breakdown Spectroscopy from Applied Spectra
SETI Seminar: Laser Plasma Spectroscopy from Applied Spectra
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