PFAS, especially TFA, have been detected in wine at increasing concentrations. This blog presents a GC/MS method to detect TFA in wine down to low µg/l levels.

A comprehensive guide to how Clarity CDS stores configuration, user settings, and chromatographic data. Includes folder structure, backup tips, and best practices for reliable operation.

The Shimadzu Nexis GC-2030 / Brevis GC-2050 Control module enables direct control in Clarity – Shimadzu Edition via LAN, supporting full automation and autosampler integration using ICF.

Resolve Clarity software issues like HW key detection, driver conflicts, RAW file errors, and method mismatches. A structured troubleshooting guide from DataApex.

The new Mnova 16 release brings enhanced scientific data handling through the NoSQL DB Connector included in Mgears 2.7, offering flexible and scalable result management.

How much sample can I load onto my SPE device? Is it linked to the concentration of my analyte of interest?

Faster, precise GC-MS analysis of FAMEs in jet fuel boosts lab efficiency, ensures aviation safety, and supports sustainable fuel adoption beyond traditional IP 585 methods.

Advanced GC-MS method using ISQ 7610 enables sensitive, robust, and efficient quantification of FAMEs in jet fuel, ensuring regulatory compliance and supporting biofuel adoption.

Nitrogen cylinders come with hidden costs—rentals, refills, delivery, and waste. A nitrogen generator offers a safer, cheaper, and more efficient long-term solution.

This guide provides an in-depth look into the configuration, operational mechanics, and benefits of using Dual Chromatogram Mode within Clarity software.