Used AMRAY 3200 #9314359 for sale

AMRAY 3200 scanning electron microscope (SEM) is a scanning electron microscope designed to offer powerful imaging performance and excellent flexibility. Featuring a unique infrared electron-optical column, this high-performance, self-aligning SEM offers a large range of imaging capabilities. 3200 SEM utilizes a thermally stabilizing electron optical column to ensure a highly reliable and consistent imaging experience. The column is designed to maintain its analyzing characteristics over a range of temperatures, reducing the need for maintenance. This allows for reliable high-resolution imaging and fast imaging times. AMRAY 3200 SEM features a high-speed secondary electron detector for detailed and accurate imaging of surface features. With a large image display area, the SEM allows for complete analysis of a wide range of sample topographies. The SEM is also capable of imaging in both low and high angle incident angle modes, allowing for more accurate characterization of surface topographies. The SEM includes a host of image contrast adjustment controls, allowing users to fine-tune the image contrast to better reflect the sample topographies. This technology allows for improved analysis of the samples. The SEM also has an integrated auto-calibration feature, eliminating the need for manual calibration. The combination of these advanced features, robust design, and powerful performance make 3200 SEM an excellent choice for applications in the fields of materials science and nanotechnology. The SEM has a wide range of available accessories, including a polarization detector, environmental conditioning system, and various imaging systems, that combine to provide the user with a variety of imaging opportunities. In addition, AMRAY 3200 SEM is conveniently sized, allowing for easy operation in a variety of settings. It also has a user-friendly design, making the SEM easy to use even for novice users. Furthermore, the user-friendly control software provides a variety of tools and features that make the SEM an ideal choice for imaging.