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Product category: Spectroscopy
News Release from: Ocean Optics | Subject: Libs2000+
Edited by the Laboratorytalk Editorial Team on 21 September 2005

Analyse sample areas with pinpoint
accuracy

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System is capable of analysing practically every known element in gas, liquid or solid samples in real-time and has a wide variety of industrial and scientific applications

Ocean Optics has introduced two add-on imaging modules for its Libs2000+ laser-induced breakdown spectrometer (Libs) system The imaging modules enable users to magnify a sample image and establish a precise laser target

The company says the Libs system is capable of analysing practically every known element in gas, liquid or solid samples in real-time and has a wide variety of industrial and scientific applications.

The Libs-IM and Libs-IM-C imaging modules allow a user to see a magnified image of a sample via a CCD camera and Pixelink, an included Windows-based software application.

The CCD cameras used in the modules offer pixel resolution of 1280x1024, with each pixel six micrometres square.

Pixelink enables image capture and archiving on a PC with detailed annotations, for comparison analysis and application record keeping.

The Libs-IM module produces black and white images with image resolution to 40 micrometres.

The Libs-IM-C provides colour images at resolution to 60 micrometres.

The modules connect to a PC via an IEEE 1394 (FireWire) cable and FireWire PCI or PCMCIA card.

When attached to a PC the modules require no external power.

An external power cable is supplied for use with a notebook computer.

Applications for the Libs2000+ system include environmental sampling, forensics, semiconductor analysis, paper production, blast-furnace monitoring, botany, biomedical analysis, gemology and metallurgy.

A complete Libs scan can be executed in less than a second, making it possible to analyse transient samples, and only trace amounts of a sample are required for analysis.

Libs systems can be used in the laboratory, in the field, or remotely, and on any sample geometry.

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