allow users to quickly extract spectral components and identify surface phases. Powerful Processing & Reporting
If you are upgrading from Avantage 5.x or even the 2022 release, here is what makes a mandatory update.
Version 24 enhances the "Smart" quantification feature, which automatically suggests peak areas and background positions. This reduces operator bias, a critical factor in reproducible science. The software handles asymmetric line shapes with greater dexterity, which is particularly beneficial for conducting materials like graphite or graphene, where symmetric Gaussian-Lorentzian peaks are insufficient.
Thermo Scientific Avantage is an integrated software suite designed specifically for Thermo Scientific XPS instruments, including the widely used K-Alpha and ESCALAB series. While earlier versions established a reputation for stability and robust quantitative analysis, represents a leap forward in user experience and algorithmic intelligence. Thermo Avantage Xps Software 24
Keywords: Thermo Avantage XPS Software 24, XPS data processing, surface analysis, peak fitting, chemical state quantification, Thermo Fisher Scientific, ESCA software, Avantage 24.
Avantage serves as the unified interface for all Thermo Scientific surface analysis systems, including the K-Alpha , ESCALAB QXi, and Nexsa G2 . It is organized into several functional areas:
The development team behind Thermo Avantage XPS Software 24 focused on three pillars: allow users to quickly extract spectral components and
Surface analysis is entering a new era of intelligence. The combination of high-throughput hardware (Nexsa G2) and provides a closed-loop ecosystem that empowers scientists to focus on interpretation rather than data cleaning. Whether you are characterizing 2D materials, solar cells, or pharmaceutical packaging, version 24 offers the tools necessary to extract definitive chemical state information.
Because the Ni 2p region overlaps significantly with F KLL Auger peaks, manual fitting is hellish. Version 24’s "Peak Overlap Solver" automatically constrains the Ni 2p3/2 peak position relative to Ni 2p1/2 (spin-orbit splitting of 17.3 eV) and applies a fixed FWHM ratio. The fit converges in 3 iterations.
While the core functionality of XPS analysis remains consistent—measuring kinetic energy to determine binding energy—Version 24 introduces several key enhancements designed to streamline the workflow and improve accuracy. This reduces operator bias, a critical factor in
How does stack up against CasaXPS and SpecsLab?
Modern materials are rarely homogenous; they are layered systems. Depth profiling, the process of sputtering away layers of material to analyze the composition beneath, is a staple of XPS. Avantage 24 offers superior handling of sputter depth profile data. It includes advanced calibration features for sputter rates, allowing users to convert sputter time into accurate depth (nm) based on the material matrix.