Used PHILIPS / FEI CM100 #293616767 for sale

ID: 293616767
Transmission Electron Microscope (TEM) Tungsten / LaB6 Filament Twin lens Single tilt holder Power: 100 kV.
PHILIPS / FEI CM100 is a scanning electron microscope (SEM) which is used to produce high-resolution images of a variety of samples, allowing for visual and quantitative analysis of the sample's features. The SEM is a type of electron microscope that utilizes a focused beam of electrons to examine the surface of samples. When the electrons interact with the sample, they produce a magnified image which can be observed on a viewing screen. FEI CM100 features a wide range of imaging and analytical techniques, which can be applied depending on the application and sample type. For example, the SEM is capable of performing backscatter imaging, secondary electron imaging and composition analysis. Backscatter imaging is used to see the sample's surface features in great detail. Secondary electron imaging can be used to obtain information about inner structures and composition. Composition analysis is used to investigate the material composition of the sample, in order to ascertain its properties. PHILIPS CM100 SEM also offers a variety of automated systems which are capable of optimizing the microscope's parameters for the best results for each sample type. This includes automated tuning and precise stage control for smooth movements. In addition to this, the SEM has options for precise vibration isolation and external gaseous handling, allowing for a wide range of application. In addition to this, CM100 SEM offers a range of editing and analysis capabilities, allowing users to annotate, zoom and measure features on images, as well as perform analysis such as arbitraty area analysis, line thickness and boldness measurements, and other information extraction tasks. It also enables direct export to file formats such as TIFF, JPG and PNG for further analysis. Overall, PHILIPS / FEI CM100 SEM is a reliable, robust and highly adaptable microscope which is capable of producing high-resolution images and comprehensive analysis of a wide range of samples. Its automated systems and detailed imaging capabilities make it well-suited for any application that requires high-quality images and detailed analysis.
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