Gain efficiency and improve results by harnessing the power of light for material characterization.

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Discover NWR laser ablation for superior performance.

From the lab to the field, laser ablation has been disrupting the analysis of materials from precious metals to human tissues. Helping you re-think how innovation can provide faster time to result analysis, increase accuracy to the submicron level, and provide a return on your investment. ESI’s NWR laser ablation platform was designed and developed with an emphasis of superior performance and benchmark analytical results, application flexibility, operating convenience and reliability.

ESI focuses on innovations that drive your analytical results. Discover our latest innovation in beam delivery technology — IVA and XYR configurations, ablation cell technology, high resolution optical attenuation and direct fluence input and ICP-MS integration. 

LASER ABLATION SYSTEMS


Detect the lowest level impurities distributed in heterogeneous samples through material characterization.

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.

learn more about NWR193

APPLICATIONS:
  • Geochronology
  • Elemental ratios
  • Isotope ratios
MATERIALS:
  • Alloys
  • Rocks
  • Minerals

Simplicity, reliability, and suitable for a wide variety of applications.

The industry's gold standard in 213nm solid state laser ablation, and the most successful laser ablation instrument of all time. The NWR213 is an affordable, yet no compromise instrument suitable for a wide range of applications. A perfect complement to any ICP, ICP-MS noble gas or stable isotope mass spectrometer.

learn more about NWR213

APPLICATIONS:
  • Geochronology
  • Elemental ratios
  • Isotope ratios
MATERIALS:
  • Alloys
  • Rocks
  • Minerals

Accommodate multiple samples and run longer automated experiments with minimal intervention.

Introducing the future of industrial bulk analysis - macro-LA. The NWR266 Macro with its close to 1mm diameter spot size capability is the ideal laser ablation instrument for bulk analysis by ICP-OES or ICP-MS.

learn more about NWR266

APPLICATIONS:
  • Geochronology
  • Elemental ratios
  • Isotope ratios
MATERIALS:
  • Alloys
  • Rocks
  • Minerals

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

Finally, a no-compromise, turn-key, robust and stable femtosecond laser ablation instrument.

learn more about NWRFemtoUC

APPLICATIONS:
  • Geochronology
  • Elemental ratios
  • Isotope ratios
MATERIALS:
  • Alloys
  • Rocks
  • Minerals

A small footprint and rugged stability provide best mobility options for depth profiling.

The MIR10 is a compact laser system that provides a versatile method of sampling and analyzing solids for noble gas and isotope-ratio mass spectrometry.

learn more about MIR10

APPLICATIONS:
  • Geochronology
  • Elemental ratios
  • Isotope ratios
MATERIALS:
  • Alloys
  • Rocks
  • Minerals

It’s time you put the Laser Ablation science from ESI to work for your analysis.

The development of this new technique provides our customers the ability to generate data across the periodic table at detection limits superior to traditional methods in a very cost effective manner.

Jon Landau, Vice President of the Geoanalytical Division, Bureau Veritas Minerals

By leveraging 20 years of in-industry experience, ESI laser ablation products deliver the finest quality analytical result to help you make your next important scientific discovery.

Connect with an ESI laser ablation expert