Program automated sequences to analyze multiple points, areas, or varying depths (via depth profiling) on a single sample or across multiple sample holders.
Whether you are performing routine thickness measurements or investigating the electronic structure of novel 2D materials, upgrading to or mastering version 2.4 is a significant step toward more reliable surface characterization. AI responses may include mistakes. Learn more
Note: As of my last knowledge update in May 2025, "Thermo Avantage XPS Software 24" likely refers to the 2024 release cycle of Thermo Scientific's Avantage software for X-ray Photoelectron Spectroscopy (XPS). If a specific sub-version (e.g., v5.xx) is implied, this article focuses on the generational feature set expected from the "24" update.
However, calling it merely "processing software" is like calling a modern smartphone a "telephone." Version 24 is a fully integrated ecosystem. It bridges the gap between raw spectral data and actionable material insights using a unique combination of: Thermo Avantage Xps Software 24
Analyzing XPS data can be daunting, but Avantage simplifies it with powerful mathematical tools and reference libraries:
If you are currently using Avantage 5.x or even Avantage 6.x, here is why version 24 is a necessary investment:
Surface analysis heavily relies on distinguishing overlapping chemical states (e.g., separating bonds in a carbon spectrum). Avantage includes: Learn more Note: As of my last knowledge
Advanced Peak Fitting and Quantification
This feature automates the identification of elements within a survey scan, significantly reducing the time spent on manual labeling.
The user highlights the Fe 2p region. The software recognizes the complex multiplet splitting of Fe(II) vs. Fe(III) oxides. It suggests a fit model based on the Knowledge Base. The user accepts the fit; within seconds, the software calculates that 45% of the iron is Fe (metallic), 35% is Fe2O3, and 20% is FeO. It bridges the gap between raw spectral data
Thermo Avantage 24 software is designed to turn complex data into actionable material insights.
Ensures the energy scale remains precise over long sessions.
Sample charging is the perennial enemy of XPS. Avantage 24 integrates a new "Dual-Beam Charge Compensation Assistant" that uses a low-energy electron flood gun combined with an ion flood gun. The software analyzes the resulting C 1s adventitious carbon peak (or an internal Au reference) and automatically calculates a drift-corrected binding energy scale with sub-0.1 eV accuracy. The manual trial-and-error method is now a relic.