Used JEOL 6400 #9172957 for sale

JEOL 6400 is a scanning electron microscope (SEM) that is ideal for varied applications as it is versatile and cost-effective. It is capable of imaging small features down to <2nm, up to a magnification of 30,000x. It is also capable of working around 4kV too 10kV accelerating voltage range, which makes 6400 ideal for analyzing a variety of samples. The imaging capabilities of JEOL 6400 are straightforward to use and employ an image algorithm that is efficient and fast. This image algorithm means the microscope is capable of producing high-resolution images from a wide variety of samples. The images are considerably detailed and feature a range of contrast as well as modes in order to improve the level of detail and clarity in images. 6400 is also capable of collecting images together with elemental spectra data in order to produce qualitative and quantitative elemental maps. The data produced from this SEM is extremely useful for identifying elements from the sample as the SEM is capable of producing quality images in order to fully analyze the elements in the sample. JEOL 6400 also employs a new lens design technology which gives greater stability when imaging as well as an enhanced resolution and contrast. This technology makes it easier for the microscope to pick up clearer images at a higher level of magnification. In addition, 6400 has a focus drift correction system which helps to maintain stability during imaging. This automated system also reduces the setup time needed as well as reducing the time it takes in order to obtain high-resolution images. JEOL 6400 also comes with an array of accessories including an automated sample stage, to provide precise movement of the sample under the electron beam. It also comes with an automated sample loader which makes loading samples onto the SEM for analysis much simpler. Overall, 6400 is an ideal SEM for a range of applications due to its affordability and versatility. It is capable of producing a high level of detail with great accuracy and resolutions, making it perfect for analyzing various samples.