Used HITACHI S-3000N #9208239 for sale

ID: 9208239
Vintage: 2000
Scanning Electron Microscope (SEM) Option: W4010 Water chiller Magnification: 15x to 300000x (143 steps) Resolution: Secondary electron image resolution: 3.0 nm (Vacc 25 kV, high vacuum mode) Back-scattered electron image resolution: 4.5 nm (Vacc 25 kV, variable pressure mode) Voltage: 0.3 - 30 kV Specimen size: 150 mm Diameter maximum View monitor: 17" LCD Type Operation: Mouse and sub control pad PC: PC/AT Compatible Operating system: Windows NT Electron gun: W (Tungsten) Hairpin type Stages: X-Axis: 0 - 100 mm Y-Axis: 0 - 50 mm Z-Axis: 5 - 40 mm Tilt: -5 ~ +60° Rotation: 360° (Non step) Vacuum pumps: (2) Rotary pumps Diffusion pump (2) HITACHI CuteVac VR16L-K Rotary pumps Control system: TV Fast mode TV Flow mode 1-4 Step slow mode Reduce mode Power / Utility: PCW: 1-1.5 liter/min Pressure: 0.5-1 kg/cm³ Pressure dry air (PDA): 5 kg/cm³ AC 100 V, Single phase, 5 kVA within GND 2000 vintage.
HITACHI S-3000N is an advanced scanning electron microscope (SEM) designed for use in advanced materials research and analysis. The microscope is equipped with a high resolution flat field optics equipment, allowing for sub-micrometer resolution. It also employs an in-column energy filter allowing for fine tuning of imaging parameters. The device also has a high voltage power supply with an accuracy of 0.01 volts, allowing for precise and accurate imaging. HITACHI S-3000 N is capable of performing both standard and variable-pressure sample viewing. High sensitivity secondary electron imaging and backscatter electrons allows for the observation of various features on sample surfaces. Additionally, the device is synchronized with other imaging systems, making it possible to conduct correlative research. The device is outfitted with an X-ray analyzer and the results can be analyzed via an automated optimization algorithm. This allows for the highest quality SEM imaging and sample analysis. Additionally, the microscope includes an automatic stage control system and an automated edge detection feature, allowing for consistent and repeatable imaging. The unit includes an automated parameter optimization process, allowing for fine tuning of the imaging parameters. Additionally, the device is integrated with particle size analysis software, enabling fast and efficient measurement and analysis of features on a sample. Overall, S 3000 N is an advanced scanning electron microscope designed for materials research and analysis. The cutting-edge optics and energy filtering machine, automated parameter optimization, and accurate X-ray analysis make this device a powerful tool for researching a variety of samples.
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