All Posts

Replacing a Chromperfect computer requires reinstalling the software and carefully restoring data and configuration. This guide explains what can be reused, what must be reconfigured, and how to avoid common migration issues.

A detailed user training guide to the Chromperfect Method File Editor, explaining each tab and how Method files control acquisition, processing, plots, and reports.

Upgrading Chromperfect requires uninstalling the existing version first—but your configuration is preserved when the process is followed correctly. This guide explains what to expect and what to avoid during an upgrade.

Chromatography PDF reports are often misunderstood. This article explains the difference between chromatographic data files and PDF report outputs, covering built-in reporting, batch processing, and printer-based PDFs for GC and HPLC workflows.

Learn how to measure baseline noise in chromatography reports and why noise is not a peak attribute. This article explains how Chromperfect uses formatted reports to calculate and present baseline noise over a defined region.

A quick guide showing how to name or rename an instrument in Chromperfect, explaining what the instrument name represents and where it is used within the data acquisition system.

If your Raw data files are being saved in the wrong folder, the Chromperfect data acquisition directory is usually the cause. This article explains how to change the directory correctly so new acquisitions are saved to the expected location for each instrument.

This article provides an overview of the File Editor Program in Chromperfect, a core utility used to create, edit, and manage the files that define how analyses are performed. Aimed at new users, it explains the purpose, layout, and key functions of the File Editor and how it fits into everyday Chromperfect workflows.

Learn how Chromperfect calculates signal-to-noise using RMS baseline noise and peak height. This article explains the reporting setup, chromatogram functions, and a real-world example report showing noise measurement and signal-to-noise results.

Chromperfect uses perpetual licensing — not subscriptions. This article explains how Chromperfect licenses work, what never expires, what can change over time, and how to avoid common licensing pitfalls.

An explanation of Chromperfect compatibility on Microsoft Surface devices, clarifying the difference between Windows x64 and Windows on ARM and outlining which systems are officially supported.

Chromperfect Windows compatibility timeline illustrating the evolution from MS-DOS to Windows 11 and long-term data integrity.

Diagram showing Ethernet-based instrument connection for ICF communication, highlighting that ICF supports Ethernet-only and does not work with RS-232 serial interfaces.

A clear overview of Chromperfect products and licensing, explaining software licenses, instrument connections, digital and analog systems, data analysis options, and supported versions.

Chromperfect 10 introduces secure data locking, expanded instrument compatibility, HTA autosampler support, and full Windows 11 optimisation — making it a strong choice for both new CDS adopters and existing Chromperfect users.

Excerpt from the Chromperfect video showing a file icon with an infinity symbol, representing unbroken chromatography data compatibility from MS-DOS to Windows 11.

Choosing the right chromatography data system is critical for long-term stability, data integrity, and workflow continuity. This post explains why laboratories around the world increasingly value an independent chromatography data system, and how Chromperfect’s forty-year heritage, unbroken compatibility, and hardware flexibility deliver reliability that corporate-owned systems often cannot match.

Chromatographic data analysis is essential for turning raw HPLC and GC signals into accurate, meaningful results. From peak integration and baseline correction to calibration, system suitability, and compliant reporting, effective data analysis ensures reliability and confidence in every chromatographic run. This guide walks through the core principles, best practices, and the role of advanced software in delivering high-quality analytical data.

Gas chromatography remains a vital technique for analysing volatile compounds, and its full potential is unlocked with modern GC tools. From automated sampling to powerful data systems, these tools improve accuracy, speed, and compliance. This post looks at how advanced hardware and software transform GC workflows and why they’re essential for today’s analytical laboratories.

Chromperfect has evolved over decades to become a trusted chromatography data system used in laboratories worldwide. By combining simplicity, robustness, and strong regulatory features, it streamlines data acquisition, processing, and reporting for both GC and HPLC workflows. This post explores how Chromperfect’s long-standing design principles continue to enhance laboratory efficiency and reliability.