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One instrument – ultimate flexibility: Ion chromatograph with virtually no limitations to individual system configuration and customization.

2.942.0040

The 942 Extension Module Vario HPG is an extension module for the Professional IC Vario line of instruments. It permits the addition of a further eluent in a Professional IC Vario high-pressure gradient system.Typical applicationsHigh-pressure gradient systems with up to four eluents;

2.942.0070

The 942 Extension Module Vario LQH is an extension module for the Professional IC Vario line of instruments. It expands the possibilities of Metrohm Inline Sample Preparation "MISP" and Liquid Handling and opens a Professional IC system for Online Monitoring.Typical applications:Extended Inline Sample Preparation; Online monitoring; Dilution without sample changers; Fully automatic sample derivation reactions;

2.942.0500

The 942 Extension Module Vario SeS/PP is an extension module for the Professional IC Vario line of instruments. It permits the integration of a complete sequential suppression with a peristaltic pump for suppressor regeneration in a Professional IC Vario system.Typical applications:Sequential suppression for an additional analysis channel;

AN-Q-008

The combination of 940 Professional IC Vario, 942 Extension Module Vario LQH and 941 Eluent Preparation Module enables process monitoring with the aid of ion chromatography. Assigned the designation ProfIC Vario 12 Anion, this combination is the anion variant of Metrohm Process IC. Intelligent preconcentration technology with matrix elimination is used for sample preparation. The use of an ELGA PURELAB® Flex 6 guarantees the supply of ultrapure water of the highest quality, particularly in cases of high numbers of samples.

AB-396

This document describes the recommended equipment and the installation of a High-Pressure Gradient system as well as the method import and handling in MagIC Net.

410000059-B

Raman spectroscopy is a valuable tool for the characterization of carbon nanomaterials due to its selectivity, speed, and ability to measure samples nondestructively. Carbon materials typically have simple Raman spectra, but they contain a wealth of information about internal microcrystalline structures in peak position, shape, and relative intensity.