Used HITACHI TM-1000 #293597447 for sale

HITACHI TM-1000 is a scanning electron microscope (SEM) that offers users high resolution imaging of samples to help better understand the structure and properties of materials. It has a resolution of 0.4 nm in the secondary electron mode and 1.5 nm in the backscattered electron mode, allowing it to produce high quality images. HITACHI TM 1000 is equipped with a low vacuum chamber and an ion beam attachment, enabling it to analyze the surface and structure of a wide range of samples. Additionally, its X-ray energy detection system has a large dynamic range and a high sensitivity to detect a wide range of X-RAYs with extreme accuracy. The scanning electron microscope utilizes a circular magnetic field with a flat or stretched spiral scan that can be easily programmed to obtain the data most suitable for the individual application. This feature allows for low scanning times and highly precise images. The large stage size also enables it to conduct various types of measurements on larger samples. The user interface enables easy operation and efficient image acquisition, even during complex experiments. Furthermore, TM-1000 is an automated instrument, allowing users to rapidly collect high quality data without constantly monitoring the system. This feature is made possible thanks to the highly sensitive roundness and focus control levels, as well as its wide temperature range, which features excellent thermal stability. Additionally, the automated control elements allow the device to be easily catered to any nano analyzer. TM 1000 is equipped with a remote control unit as well, which has a touch screen display and a graphical user interface. This feature allows users to easily set parameters, program the microscope, and modify their settings from a distance. It also provides the user with various measurement functions and allows for secure data storage. Overall, HITACHI TM-1000 is a versatile and reliable scanning electron microscope that provides users with the precise imaging and data analysis capabilities needed for the research of materials. Its advanced features, including its high resolution, automation, and remote control capabilities, make this an ideal choice for any SEM requirements.