Used TOPCON MI-3080 #9207234 for sale

TOPCON MI-3080 is a scanning electron microscope (SEM) designed for imaging small samples and particles at high resolution. It utilizes electron diffraction and imaging to provide extremely detailed surface images, with magnification up to over 50,000X. MI-3080 is capable of producing images of particle size down to 5 nanometers and measuring sample features with nanometer accuracy. It features a powerful yet efficient imaging system, composed of an electron source, an electron column, a computer, and an imaging chamber. The electron source, a La-B6 gun with a tungsten filament, enables high resolution, low voltage imaging of small samples. The electron column contains an achromatic 24mm lens which produces an intense beam of electrons that can be focused to various magnifications. The imaging chamber holds the sample and a range of detectors to collect information from the electron beam. The detectors measure both the angle and intensity of the electron beam as it passes over the sample, which can then be used to create a detailed 3D surface image of the sample. Built in features of TOPCON MI-3080 improve its performance and reliability. It has a built-in beam conditioner to maintain the beam intensity (current) and energy level at stable values. Additionally, it utilizes automated focus control, that continuously adjusts the focus of the beam on the sample. This ensures the best image quality at all times. MI-3080 also includes a variety of methods to ensure sample safety and accuracy. To prevent contamination, it has a built-in vacuum evacuation system that creates an ultra-high vacuum within the imaging chamber. Additionally, temperature and humidity sensors are scattered throughout the imaging chamber to ensure the sample is not exposed to unstable environments. TOPCON MI-3080 is an all-in-one system that offers superior imaging without sacrificing affordability. Its simple and intuitive design makes it a great choice for a variety of research applications, such as materials research, electron microscopy, nanotechnology, and biology.