Solid State - Laser Ablation System - UP193
New Wave™ solid-state, 193nm laser ablation system. Operating in the deep UV, at very short pulse widths optimal performance can be obtained for all sample types. The UP193 is designed for the most rigorous LAICP-MS requirements and delivers unequalled performance day after day.
This breakthrough technology yields more output from less input, using the fewest, most efficient components. The UP193 is pumped with the same special-edition Tempest laser and controlled by the same feature-rich Universal Platform software found in our UP213, the most popular system in the industry.
The proprietary laser design and beam conditioning were engineered to deliver uniform, precision craters with optimal stability each and every time.The UP193 offers a full compliment of analytical tools including auto-sampling, sample-mapping and other unique features for in-situ and bulk analysis.The UP193 can be displayed on a second monitor simultaneously with the MS software from the same computer. Compatible with all makes and models of ICP-MS instruments. Research introduces a fit-for-purpose
An all-purpose, solid-state 193nm system without compromise
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The next step towards matrix-independence from one system, one wavelength, one company
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A dedicated 193nm LA-ICP-MS solution that ablates all materials equally well, from quartz to metals
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Unmatched irradiance generates consistently small particles for efficient ionization and long steady signals
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The short pulse length and deep UV wavelength provide excellent depth profiling to < 50nm/shot
A state-of-the-art design from a leading laser company
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A sub 3ns pulse ablates all materials without the thermal effects seen with long pulse excimer designs
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Sub 2μm and larger aperture imaged spots; select from 13 pre-calibrated sizes
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Unmatched efficiency and simplicity ensure high reliability and a low cost of ownership
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Active crystal heating and closed-loop tuning delivers stable, drift free operation
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World-wide support by laser technicians and LA-ICP-MS specialists
Literature
up193_solid.pdf 364Kb

