Used LEO / ZEISS 435VP #293651569 for sale

LEO / ZEISS 435VP is a powerful scanning electron microscope (SEM) designed for advanced and analytical performance. This cutting-edge instrument is equipped with a wide range of features, such as a high-resolution, field-emission sub-nanometer electron source, backscattered electron detector and secondary electron detector, and a high-magnification dual-beam equipment. It is ideal for research applications with challenging samples, such as semiconductor wafers, thin films, and biological specimens. LEO 435VP is capable of providing highly detailed images with excellent contrast, allowing users to identify and visualize the micro and nano-scale features of a specimen. It features a state-of-the-art modular design, with a series of easily interchangeable accessories and detectors, which allow users to customize their instrument according to their specific needs. For superior sample preservation, ZEISS 435VP also features a low-vacuum chamber, which helps maintain a low, stable pressure while avoiding strong air currents and preventing oxidation. This, in combination with its advanced imaging capabilities, makes 435VP an ideal instrument for analytical research. Aside from its imaging performance, LEO / ZEISS 435VP is also equipped with a suite of automated software tools for easy operation and analysis. These include a Semi-Automated Image Optimization System (SAIOS), a Real-Time Image Acquisition Unit (RTAIS), and a Dual-Beam Machine Autopilot (DBSA). SAIOS allows users to quickly adjust multiple parameters, such as brightness and contrast, to maximize image quality. RTAIS provides real-time feedback on the SEM's parameters, allowing users to make instant adjustments to their imaging tool. DBSA optimizes the dual-beam imaging parameters to get the best overall performance. Overall, LEO 435VP is an advanced and feature-packed scanning electron microscope, ideal for research applications that require high-quality imaging performance and customizable detection options. Its modular design, automated software tools, and specialized sample preservation functions make it a powerful and reliable scientific instrument.