Home / Products / Laboratory Equipment / Imaging / Imaging Systems / GEOIMAGE ™ Imaging Microphotometer

GEOIMAGE ™ Imaging Microphotometer

GeoImage™ for Petrology is an advanced vitrinite reflectance measurement system designed to meet ISO 7404-5 and ASTM D2798 standards for organic petrographic analysis. Using a high-sensitivity, low-noise camera system, GeoImage™ captures millions of data points simultaneously, providing fast, accurate, and repeatable reflectance measurements for vitrinite macerals in coal, kerogen, and petroleum source rocks. This system offers a robust and user-friendly platform with no moving parts, ensuring durability and ease of maintenance. Its flexible, upgradeable design allows integration of additional modules such as fluorescence microspectroscopy, high-resolution color imaging, and point counting automation, supporting a wide range of organic petrography and petrochemistry applications.

Contact Us for a Quote
Features
  • High Sensitivity Detector with low noise and excellent long-term stability
  • Simultaneous measurement of millions of data points per image
  • ISO 7404-5 & ASTM D2798 compliant vitrinite reflectance measurements
  • Precision 546 nm reflectance filter
  • Color Fluorescence Imaging capability
  • Easily upgradeable to microspectroscopy and fluorescence analysis
  • Manual or fully automated operation
  • CRAIC-certified Vitrinite Reference Materials available
  • Durable design with no moving parts
  • Temperature control of samples for precise measurement
Application
  • Vitrinite Coal Reflectometry
  • Organic Petrography Analysis
  • Kerogen Characterization
  • Petroleum Source Rock Evaluation
  • Petrochemical Industry Quality Control
  • Color Imaging in Mineralogy
  • Mineral Composition Analysis
Specifications
Parameter Specification
Method Vitrinite reflectance per ISO 7404-5 and ASTM D2798
Method (Point Counting) Point counting per ISO 7404-3 and ASTM D2799
High Resolution Color Imaging Included
High Resolution Fluorescence Imaging Included
Fluorescence Excitation 365–546 nm
Fluorescence Emission 546 nm
Detector Solid State
Point Counting Available
Operating System Windows