Used SAKURA VIP E150 #160799 for sale

SAKURA VIP E150 is a powerful piece of laboratory equipment and accessories from SAKURA, a leading provider of laboratory equipment for scientific research, industrial applications, and educational institutions. VIP E150 includes a unique vacuum imaging process (VIP) that allows for high resolution imaging of live cells for high-resolution molecular imaging research. The VIP process includes a vacuum imaging chamber and an electron beam imaging equipment. The vacuum imaging chamber of SAKURA VIP E150 is optimized for imaging live cells. The chamber utilizes a pressure control system that ensures a consistent vacuum while allowing rapid imaging of live cells. Additionally, the chamber is designed to be sealed, ensuring that contamination due to external particle introduction is minimized. The electron beam imaging unit is constructed using a computer-controlled CCD imaging machine and high-precision electron beam optics. The tool is designed to have a wide imaging area, allowing the user to easily locate and focus on the cell of interest. Additionally, the electron optics are optimized for high resolution imaging, allowing the user to capture minute details of the structure of the cells. VIP E150 also includes an intuitive display interface for easy control of imaging parameters. The display interface includes a microscope control/display monitor, a manipulator/magazine unit, and a workstation control unit. The microscope control/display monitor allows the user to easily control the electron beam imaging asset, while the manipulator/magazine unit allows for the easy transfer of samples from the vacuum imaging chamber to the display monitor. Meanwhile, the workstation control unit allows for manual and automatic control of the electron beam imaging model and the microscope control/display monitor. SAKURA VIP E150 is a versatile lab equipment and accessorie ideally suited for use in laboratories conducting cell biology, cytology, and genetics research. The VIP technology provides high resolution imaging of live cells, allowing for unmatched clarity and detail in molecular imaging research. Additionally, the intuitive display interface and advanced electron optics allow the user to maximize sample imaging and achieve high-quality results.