Operando measurements can be performed in the laboratory under a maximum pressure of 0.1 atmospheres.
EnviroESCA measures samples in a near-atmospheric pressure environment (up to 0.1 atm), eliminating the need for the ultra-high vacuum environments traditionally required. It can start measurements just a few minutes after introducing liquid, aqueous, volatile, or highly degassing porous samples into the EnviroESCA sample chamber. Not only can it analyze samples that conventional XPS would have given up on, but it also serves as a powerful tool for pioneering new research fields by freely controlling ambient gases and temperatures. It easily enables measurements under device operating conditions, known as "operando measurements," which are rapidly gaining attention. With EnviroESCA, which does not require ultra-high vacuum conditions, quality inspections on production lines that require a large number of inspections in a short time can be efficiently conducted. It is also possible to use robots and auto-loaders to batch process samples from introduction to measurement without human intervention. EnviroESCA, which dispels the conventional notion of X-ray photoelectron spectroscopy being limited to ultra-high vacuum environments, drives novel research and development and provides entirely new applications for X-ray photoelectron spectroscopy in fields such as medicine, biology, and life sciences.
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basic information
SPECS provides a measurement system that fully demonstrates the features of EnviroESCA, equipped with a sample heating mechanism (up to 1200 degrees), a cooling mechanism, and a high-purity gas introduction system. Despite being in a special measurement environment under controlled atmosphere, both beginners and experienced users can easily perform measurements, as all pressure adjustments in the measurement chamber are done automatically, eliminating the need for complex operations. Fully automated measurements using pre-set measurement sequences are also possible. All necessary functions for operation, such as pumps and cooling chillers, are housed in a single unit, minimizing the installation space required.
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Applications/Examples of results
- Liquid analysis - Chemical reaction analysis at gas-liquid interfaces - Catalytic reactions - Corrosion reactions of metals - Energy materials and devices, battery reactions during operation - Medical and biocompatible materials - Coatings and plating films - Bio-samples - Soil and minerals - Resins - Ceramics - Plastics - Space science and astrobiology - Fibers and fabrics - Nanomaterials - Electronics - Magnetic recording media, etc.
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We are a group of experts specializing in spectroscopy, focusing on cutting-edge equipment such as light sources, spectrometers, detectors, our unique laser measurement systems, analytical devices, and femtosecond laser processing.
![[Analysis Case] Evaluation of Composition Distribution of Ultra-Thin Films Using Angle-Resolved XPS (ARXPS)](https://image.mono.ipros.com/public/product/image/ab9/2000431927/IPROS889057297189784362.jpg?w=280&h=280)
