Used PHILIPS CM10 #9096282 for sale

PHILIPS CM10 is a high-end, scanning electron microscope (SEM) ideal for a wide range of scientific applications including inorganic and organic materials. This microscope allows the user to have an in-depth look at materials down to a resolution of 0.2 to 2.0 nanometers. CM10 is equipped with a single beam gun, which offers very high brightness and superb contrast when you are looking into atomic-scale structure. It has a magnification range of up to 450.000 times the original size of a specimen, without compromising on resolution, making it ideal for nanomaterials and nanolithography. The energy of the electron beam is adjustable, ranging from 0.5 to 30 KV, making this system suitable for both biological and inorganic specimens. In addition, PHILIPS CM10 is equipped with an energy dispersive x-ray spectrometer (EDS) for simultaneous chemical elemental analyses. CM10 is capable of imaging specimens in either low vacuum or ultra-high vacuum atmosphere, depending on the application. Depending on the desired end use, the user has the ability to select between several modes such as high resolution, low voltage or environmental scanning. The closed-loop system for stage positioning is integrated into the subsystem of the microscope and allows precise and automated scanning movements. The cleaning feature is another great feature of this system, which let the users deposit clean specimens on the surface of the sample. PHILIPS CM10 incorporates an intuitive user interface which provides the user with easy access to all its features. This user interface also allows the user to store and retrieve images, preview data from the EDS, and make microscopic adjustments. In addition, all results can be presented in a graph format and compared with reference materials. CM10 is a remarkable scientific tool that offers all the features necessary for accurate and efficient analysis and characterization of nanoscale materials. With its extraordinary resolution of 0.2 to 2.0 nanometers, PHILIPS CM10 is a highly versatile tool that can be used to study a variety of materials, from biological specimens to microelectronic components.