Used SELA / CAMTEK EM 3 #293598168 for sale

SELA / CAMTEK EM 3 scanning electron microscope (SEM) is a versatile tool designed to produce high resolution images of samples at low to medium magnifications. The SEM produces images by scanning a focused electron beam across a sample surface, allowing resolution of features down to 3 nanometers. SELA EM 3 has a multi-stage electron gun with a high-resolution electrostatic objective lens system and EDS detector combination. This allows for quick and easy imaging of a wide range of samples with reliable results. CAMTEK EM 3 is equipped with a unique in-vacuum sample stage, which allows for sharing and positioning of multiple samples with high accuracy. The specimen holder is capable of accommodating four five-inch diameter discs with a maximum sample weight of 9kg. This holder is also motion-stable, allowing for exact manipulation of small sample pieces without increasing magnification or altering resolution. EM 3 is equipped with several technical features which enable the user to produce high resolution images quickly and easily. The SEM has a variable pressure system, which allows the user to adjust the pressure inside the chamber to optimize image quality. The control panel also allows manipulation of the voltage and current of the electron beam, and the detector settings, allowing fine control of image parameters. SELA / CAMTEK EM 3 is also capable of a range of imaging modes, including secondary electron imaging (SEI), backscatter electron imaging (BSE), and energy-dispersive X-ray spectroscopy (EDS). All of these imaging modes can be used to generate high-resolution images and chemical analysis of the sample surface. Furthermore, SELA EM 3 has a range of accessories, such as stages, TV monitors, and polarizers, which can enhance the imaging capabilities of the microscope. Overall, CAMTEK EM 3 scanning electron microscope is a powerful, versatile tool for low to medium magnifications. Its in-vacuum sample stage, variable pressure system and a range of imaging modes make it an ideal choice for imaging a wide range of samples. Its efficient, high quality imaging capabilities make it the perfect choice for users who require precise, detailed images of their sample surface.