Used PHENOMWORLD PW-100-020 #293802832 for sale

ID: 293802832
Tabletop Scanning Electron Microscope (SEM) EDX.
PHENOMWORLD PW-100-020 is a state-of-the-art scanning electron microscope (SEM) designed for high-resolution imaging and analysis of a wide range of samples in various scientific and industrial applications. With its advanced technology and user-friendly interface, this SEM provides researchers and technicians with the ability to investigate the microstructure and composition of materials with exceptional detail and precision. At the heart of PW-100-020 is its electron-optical system, which consists of a high-brightness field emission gun (FEG) that generates a focused electron beam for probing the surface of the sample. The FEG offers unparalleled beam stability and brightness, allowing for rapid imaging of samples with high resolution and sensitivity. Additionally, the SEM is equipped with a series of electromagnetic lenses that focus and shape the electron beam as it scans across the sample surface, enabling the generation of detailed images with sub-nanometer resolution. One of the key features of PHENOMWORLD PW-100-020 is its versatile detection system, which includes a range of detectors for capturing different types of signals emitted from the sample during electron beam interaction. These detectors, such as secondary electron (SE) detectors, backscattered electron (BSE) detectors, and energy-dispersive X-ray spectroscopy (EDS) detectors, allow for the collection of valuable information regarding the topography, composition, and elemental distribution of the sample. The integration of multiple detectors enhances the SEM's analytical capabilities and enables the user to acquire comprehensive data for thorough sample characterization. PW-100-020 is also equipped with an intuitive software interface that facilitates efficient operation and data analysis. The software provides users with a range of imaging and analytical tools for acquiring and processing images, performing measurements, and generating elemental maps. Additionally, the SEM offers automated features such as autofocus, auto-calibration, and image stitching, which streamline the workflow and ensure consistent and reliable results. The inclusion of a user-friendly interface and intelligent software enhances the SEM's usability and makes it accessible to both novice users and experienced researchers. In terms of performance, PHENOMWORLD PW-100-020 boasts impressive imaging capabilities, with a maximum resolution of up to 0.8 nm at 15 kV and excellent signal-to-noise ratio for high-quality imaging. The SEM offers a wide range of accelerating voltages, beam currents, and imaging modes to suit different sample requirements and analytical needs. Furthermore, the instrument supports fast image acquisition and real-time imaging, enabling rapid exploration of sample surfaces and dynamic processes. PW-100-020 is designed to accommodate various sample sizes and shapes, with a versatile stage that allows for multi-directional movement and positioning. The SEM can analyze a diverse range of samples, including metals, ceramics, polymers, biological specimens, and thin films, making it a versatile tool for materials science, life sciences, geology, and other research fields. The instrument is also equipped with advanced specimen preparation capabilities, such as sputter coating and cryo-transfer, to enhance imaging quality and facilitate sample analysis under different conditions. Overall, PHENOMWORLD PW-100-020 is a cutting-edge scanning electron microscope that combines advanced technology, versatile functionality, and user-friendly design to deliver high-performance imaging and analysis capabilities. Whether in academic research, industrial quality control, or forensic analysis, this SEM offers a powerful tool for investigating the microstructure and composition of various materials with precision and detail. With its advanced features, intuitive operation, and robust performance, PW-100-020 sets a new standard for SEMs and stands as a valuable asset for scientific and engineering communities worldwide.
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