Used HITACHI WB-3100 #9293543 for sale

HITACHI WB-3100 scanning electron microscope (SEM) is a cutting-edge tool for research and industry. Its robust construction and wide range of features make it an ideal choice for any lab. WB-3100 utilizes an electronic beam to rapidly generate detailed images with an impressive depth of field and high magnification capabilities. As the standard model in the series, HITACHI WB-3100 features a wide array of basic applications and offers multiple options for scanning. Its flexible design is ideal for users looking for the ability to capture custom images from a variety of surfaces. The built-in detachable Sample Stage and Stand offer a wide range of adjustment angles and enable users to capture images from different angles. WB-3100 is equipped with an energy-filtering equipment that eliminates low-energy electrons in order to reduce noise and improve resolution. This innovative design allows for better image quality on both organic and inorganic samples. Users can also customize their scanning parameters to customize images, change brightness, resolution and magnification levels. Its versatile software allows for the addition of various additional capabilities. The camera can be connected to the computer with USB connector for enhanced viewing and analysis. There are also multiple image processing functions available. HITACHI WB-3100 Scanning Electron Microscope uses a patented double-lens integrated system with a Quadrupole mass spectrometer to provide accurate elemental analysis. Its 5-axis stage control unit enables users to accurately position samples at the desired position for fine-tuning in the analysis process. In terms of safety, this machine is equipped with a carbon dioxide back scattering ion detection tool, ion beam current monitor and an emergency stop button. These features provide protection against hazardous sample analysis. Overall, WB-3100 Scanning Electron Microscope is a powerful and versatile tool for a variety of industrial and scientific use cases. With its strong construction and wide range of features, this SEM can be used to generate detailed images with exceptional depth, field of view, accuracy and resolution.