Used PHILIPS / FEI Quanta 400F #9379744 for sale

ID: 9379744
Scanning Electron Microscope (SEM) X, Y Stage: 100 mm High resolution schottky field emitter Everhart-Thornley Secondary electron detector Operating system: Windows XP SP3 Does not include beam deceleration.
PHILIPS / FEI Quanta 400F is a scanning electron microscope (SEM) designed for life and materials science research imaging. It combines superior performance with a robust design and reliable operation, making it an ideal choice for a variety of applications. FEI Quanta 400F is equipped with a unique, double-stage cold field-emission gun (FEG), which provides excellent beam quality and a very low specimen charging. This allows for high resolution imaging of even the most complex specimens without the risk of beam damage. Additionally, the 200-W gun has a wide range of accelerating voltages and beam currents, allowing for imaging in low vacuum, medium and high vacuum modes. The microscope is a variable vacuum SEM, meaning that the specimen environment can be flexibly adjusted for different applications. The chamber can be evacuated to 10⁻⁴ mbar, enabling life sciences imaging, and a lower working distance makes it particularly well-suited for biological studies. Medium and high vacuum modes are also available, with the option to turn the gas injection system on for higher vacuum. PHILIPS Quanta 400F features a state-of-the-art EDAX Ultimate X-ray system for elemental analysis, with integrated or external EDS detector. This enables precise, accurate quantitative elemental analysis of the sample, with minimal risk of damage due to radiation. The microscope is also equipped with a high-definition digital camera to capture the best images. It is capable of producing full-colour 3D images with superior contrast and resolution. Additionally, the camera has a 30-bit dynamic range, allowing for precise subtraction and selection of parts of the image to further enhance the contrast. In conclusion, Quanta 400F is an ideal choice for life and materials science imaging. Its combination of superior performance, flexibility, reliable operation and high-resolution imaging make it a trusted instrument in scientific research.
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