Used PHILIPS / FEI CM100 #9224581 for sale

PHILIPS / FEI CM100 is a scanning electron microscope (SEM) used for high resolution imaging and analysis of a range of samples, from plastics and metals to biological materials. The microscope offers an impressive image resolution of 0.7 nanometer and a working distance up to 10 mm, allowing for the precise imaging of small structures. FEI CM100 also provides a high resolution range of magnifications from 20x to 350,000x. The SEM can also be used to analyze the electrical properties of samples, including resistance, current, and breakdown voltage. PHILIPS CM100 is an environmental SEM, featuring an in-situ chamber that enables observation under controlled atmosphere. This facility supports the analysis of samples prone to dehydration and oxidation and can be thermally regulated up to 500°C. The microscope is capable of a wide range of imaging techniques to bring out different properties of a sample. High vacuum mode is supported to provide excellent electrical and chemical sensitivity, as well as the capability for ultra high resolution imaging. The adjustable current and voltage of the electron gun also allow for variable pressure imaging. CM100 also offers back-scattered electron imaging and wavelength dispersive X-ray spectroscopy to analyze the elemental composition of the sample. PHILIPS / FEI CM100 is a versatile and customizable instrument suitable for a variety of applications in research and industry. It features an intuitive user interface for easy operation. The microscope also supports user-defined equipment configurations and custom user functions, and the raw data is presented in industry-standard formats. FEI CM100 is a powerful scanning electron microscope with sufficient resolution for imaging of various samples. It offers a wide range of imaging capabilities and can be adjusted for in-situ experiments. The customizable features, intuitive user interface, and industry-standard data output make PHILIPS CM100 a valuable tool for research and industrial applications.