Designed for the next generation of geochemical analysis

The future of geochemical analysis lies in imaging. The imageGEO193 provides the technology and workflow enhancements to create the highest resolution geochemical images at unprecedented speed.

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Animation on How Laser Imaging Works

Experience the flexibility of high resolution geochemical imaging and precise measurement in a single system

FEATURED APP NOTE:

Double Digit Megapixel Elemental Imaging at >1 Megapixel per Hour

APPLICATIONS:

High speed geochemical imaging
Precise isotope ratio analysis
Geochronology, Trace Elemental, Ocean Sciences and Paleoclimate

MARKETS:

Geochemical research
Exploration and industrial analysis

imageGEO193 Data & Image Mapping

A configurable approach to geochemical analysis of any sample

STANDARD CONFIGURATION:

Wavelength: 193 nm
Repetition Rate: 0 to 500 Hz
Fluence: ≥15 J/cm² (high resolution attenuation)
Ablation Chamber: TwoVol3
Provides up to 150 microns in 1 micron increments/resolution via the patented IVA device

CONFIGURATION OPTIONS:

Spot Size: extendable to 220 µm (circular and rectangular spots)
Repetition Rate: optional 1000 Hz (a water cooled option is available for 100% duty cycle which is required for long imaging experiments)
Imaging mode offers single peak resolution of 1 ms (FW0.1M) for imaging at 1000 pixels per second
Analytical mode gives stable signal intensity <1.5 %RSD for isotope/element ratio analysis
Tuneable washout speed from ms to s to cover all applications
Ablation Chamber: TwoVol2 (optional upon request)
Swap between modes in <5 minutes

imageGEO193 - 49Ti

imageGEO193 - 88Sr

imageGEO193 - 208Pb

imageGEO193 Features Diagram

High frequency, resolution and magnification for high-speed reliable results

Optional second MFC for N₂ for signal enhancement in the ICP
Compatible with Elemental Scientific's Dual Concentric Injector (DCI) for ultrafast washouts <1 ms
TwoVol2 as standard. Down to 30 ms washout with DCI. 2% spatial reproducibility
TwoVol3 optional. Ultra-fast washout with nanograde stages for submicron resolution imaging at TOF speeds
Optional x20 viewing system for highest magnification sample viewing