Used SEIKO SMI 2200 #9015847 for sale

SEIKO SMI 2200 is a high resolution scanning electron microscope (SEM). With a field-emission gun, it produces high quality images with resolutions up to 1 nanometer. It is capable of both high- and low-voltage imaging, making it suitable for a variety of materials and applications. SMI 2200 is equipped with a fully automated stage for both automatic scanning and sample changing. The stage has X- and Y-axis movement, along with a Z-axis for focusing, reaching depths of µm levels. The stage also offers an extended working distance of up to 1.5 mm, allowing for wide specimen sizes and shapes to be scanned and its rotation is compatible with all types of wafer carriers. The instrument features a solid environmental chamber and a six-axis vibration isolation system, ensuring the high-resolution images produced on different surfaces with its digital TV-SCA camera. This camera is capable of producing images at pixel resolutions up to 4096 x 4096, but can be run in lower resolutions to maximize speed. It can also achieve continuous scanning with up to 50 frames per second. SEIKO SMI 2200 has a number of built-in detectors, including a secondary electron detector, a backscattered electron detector, and an Auger electron detector. These detectors allow the user to analyze the specimen from different angles and so they can reveal information such as crystalline structure, atomic structure and composition, and imperfections in the materials. Finally, SMI 2200 has a low-noise high-resolution detector that can pick up electrical potential variations caused by minute differences in the surface of the specimen within the µm range. This allows users to accurately measure and analyze small sections of the specimen, giving great insight into its properties. Overall, SEIKO SMI 2200 is a powerful scanning electron microscope that is capable of producing impressive high-resolution images with detailed analyses of a huge variety of materials. With its solid environmental chamber, versatile stage, and built-in detectors, it has a wide range of applications and can handle experiments at different resolutions and depths.