Thermo Scientific™ K-Alpha™ X-ray Photoelectron spectrometerThermo Scientific™ K-Alpha™ X-ray Photoelectron spectrometer

specification:
The next-generation K-Alpha+™ offers faster and higher XPS detection capabilities and improved chemical configuration analysis. Additionally, the analysis software includes new features such as eSP and KnowledgeView, enhancing the capabilities of peak fitting and spectral analysis. Optional features include the Vacuum Transfer Module and MAGCIS™ dual-mode ion source, which open up new experimental opportunities such as analyzing oil-resistant coatings on touch screens, measuring plasma-deposited coatings of bio-medical devices, understanding organic LEDs or solar cells, surface cleaning on softer materials like polymers, organic FET, and more.

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DESCRIPTION

Thermo Scientific™ K-Alpha™ X-ray Photoelectron Spectrometer was introduced in 2006, bringing integrated automation and high-quality, high-efficiency surface analysis to a new era. Its intuitive operation makes it easier for researchers to enter the field of surface analysis while benefiting from the analytical capabilities and results of XPS.

The next-generation K-Alpha+™ offers faster and higher XPS detection capabilities and improved chemical configuration analysis. Additionally, the analysis software includes new features such as eSP and KnowledgeView, enhancing the capabilities of peak fitting and spectral analysis. Optional features include the Vacuum Transfer Module and MAGCIS™ dual-mode ion source, which open up new experimental opportunities such as analyzing oil-resistant coatings on touch screens, measuring plasma-deposited coatings of bio-medical devices, understanding organic LEDs or solar cells, surface cleaning on softer materials like polymers, organic FET, and more.

Features:

● Wide range of analytical applications (glass coatings, polymers, batteries, graphene, solar cells, OLEDs, metals & oxides, bio-surfaces, thin films, semiconductors, ceramics, catalysts, etc.)
​● High-performance XPS spectroscopy, insulator analysis, chemical state imaging, and depth profiling . Precise results quickly and efficiently