High-speed, high-resolution LIBS-ICPMS imaging

LIBS (Laser-Induced Breakdown Spectroscopy) adds a whole new dimension to analysis of solid samples. With multiple spectrometer versions available, ESLumen expands your periodic table to include elements not normally measured by ICPMS (H, C, N, O, F). It also expands the dynamic range and complements LA-ICPMS by simultaneously detecting elements from sub-ppb to % range (matrix elements) and provides improved data over heavily interfered ICPMS elements. Data from LIBS and LA-ICPMS are brought together for effortless handling in ESL’s own iolite data reduction package.

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More flexibility, increased dynamic range, and elemental coverage that is not possible with ICPMS alone

APPLICATIONS:

Geochemistry
Geochronology
Fluid inclusions
Elemental ratios
Purity testing
Materials characterization
Bulk analysis
Failure analysis
Imaging/Mapping
Depth profiling

MARKETS:

Environmental
Geological
Forensic
Medical
Mining
Electronic
Manufacturing (metals/glass/plastics) Batteries

MATERIALS:

Alloys
Rocks
Minerals
Glasses
Plastics
Powders
Biological
Thin Films
Ceramics
Metals
Batteries

Two configurations available: multi-channel detector or with enhanced iCCD

Lumen - Multi-channel Detector:

Spectra collection up to 1000 Hz (repetition rate dependent upon laser type and frequency)
Wavelength configurable to your application needs

Enhanced spectra (ICCD):

Spectra collection up to 1000 Hz (repetition rate dependent upon laser type and frequency)
Wavelength configurable to your application needs
Provides higher sensitivity over standard CCD’s for lower detection limits

Laser Induced Breakdown Spectroscopy elements

Two configurations can be added to your LA system

ESLumen Data & Image Mapping

LIBS add-on available for the following products:

ESL193HE equipped with TwoVol3
ESL213 equipped with TwoVol3
ESLfemto equipped with TwoVol3

imageGEO^LIBS

Combining LIBS capabilities with the imageGEO193 provides researchers with ultra-fast imaging, unlocking new and exciting possibilities for elemental analysis.