Laser Ablation

Faster time to results. More accurate analysis.
la-icp-ms analysis

la-icp-ms analysis

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la icp ms technique

, la icp ms sample preparation, laser ablation icp ms technique, how does la-icp-ms work, la-icp-ms method, laser ablation analysis, laser ablation mass spectrometry

Discover fit-for-purpose laser ablation for superior performance.

The NWR laser ablation platform was designed and developed with an emphasis on superior performance and analytical results, application flexibility, operating convenience and reliability.

With product offerings including UV femtosecond, 193nm Excimer, 213nm and 266nm solid state, and infra-red laser ablation Elemental Scientific has a complete product portfolio, with hardware and software commonality supplied via the use of the NWR platform.

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Accurate and precise results on even the most challenging sample types

Accurate and precise results on even the most challenging sample types.

Utilization of a short pulse width 193nm excimer laser source provides highest peak power for efficient ablation of all materials to produce small particles that can be efficiently transported and ionized by the ICP. The result — higher sensitivity, improved stability and less fractionation.

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Excimer-based laser ablation system, ideal for opaque and highly transmissive materials alike

Excimer-based laser ablation system, ideal for opaque and highly transmissive materials alike.

Utilization of a short pulse width 193nm excimer laser source provides highest peak power for efficient ablation of all materials to produce small particles that can be efficiently transported and ionized by the ICP. The result — higher sensitivity, improved stability and less fractionation.

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The industry gold standard in 213 nm solid state laser ablation

The industry's gold standard in 213 nm solid state laser ablation.

The NWR213 is an affordable yet no compromise instrument suitable for a wide range of applications. It is a perfect complement to any ICP, ICP-MS, noble gas or stable isotope mass spectrometer.

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Macro laser ablation to provide the lowest detection limits for your bulk analysis application

Macro laser ablation to provide the lowest detection limits for your bulk analysis application.

Introducing the future of industrial bulk analysis – macro-LA. The NWR266macro with its close to 1mm diameter spot size capability is the ideal laser ablation instrument for bulk analysis by ICP-OES or ICP-MS.

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Dramatically reduce thermal effects to achieve better stoichiometric analysis for the most precise analytical data

Dramatically reduce thermal effects to achieve better stoichiometric analysis for the most precise analytical data.

Finally, a no-compromise, turnkey, robust and stable femtosecond laser ablation instrument. Ultra-short pulse width all but eliminates thermal effects, ablation shock and heat-affected zone, while giving smaller particle size distribution

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A small footprint and rugged stability provide the best mobility options for heating/fusing

A small footprint and rugged stability provide the best mobility options for heating/fusing.

The MIR10 is a compact laser heating/fusing system that operates at 10.6µm to pprovides a versatile method of sampling and analyzing solids for noble gas and isotope-ratio mass spectrometry.

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The first instrument designed for the single task of bio-imaging

The first instrument designed for the single task of bio-imaging.

Until now traditional laser ablation instruments were developed for a wide range of applications and were not designed to handle the rigors of bio-imaging. Bio-imaging requires lower fluence, better stability and superior sample transport. The NWRimage is designed for the sole task of high resolution, high-speed bio-imaging by LA-ICP-MS.

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Higher sensitivity, improved stability, and less fractionation

Higher sensitivity, improved stability, and less fractionation.

MicroMill is a microsampling device designed for high resolution milling to recover sample powder for chemical and isotopic analysis. The combination of submicron stage resolution and positional accuracy, real-time video observation and a custom designed software system allows for sampling of complex accretionary structures in skeletal and crystalline materials.

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