Used LEO / ZEISS 1430VP #293662681 for sale

LEO / ZEISS 1430VP is a scanning electron microscope (SEM) designed for use across a range of research and industrial applications. It features a modular design, enabling it to allow quick and easy adjustment to a variety of samples and task-specific workflows. LEO 1430VP is equipped with variable pressure (VP) mode technology to reduce beam-sample interactions, improving the sample's surface preservation. This is especially useful for analyzing delicate specimens that require further inspection, such as life sciences samples. ZEISS 1430VP also includes a built-in high tension source to minimize electron energy dispersion and deflection, and provides the ability to investigate a variety of samples, including nonconductive materials and metals. It is also designed with fast imaging capabilities, allowing researchers to capture images within 3 seconds and achieve an average resolution of 0.8 nm. Fast and versatile EDS (Energy-dispersive X-ray spectroscopy) detection is also provided, in order to identify and analyze the elemental composition of a sample quickly and accurately. 1430VP is also designed with an automated "focusing and centering" positioning stage, which ensures that the electron beam is perfectly aligned onto the sample's surface. This feature provides the highest level of image clarity possible. LEO / ZEISS 1430VP is managed via a powerful and intuitive user interface, making it easy to configure the device for a variety of experiments quickly and efficiently. It is also also designed with ergonomic accessibility, enabling users to access sample boards and imaging parameters with ease. In summary, LEO 1430VP is a powerful scanning electron microscope, designed for a variety of research and industrial applications. It features VP mode, EDS, fast imaging, and automated focusing and centering capabilities, making it well-suited for capturing images of delicate specimens and analyzing their elemental composition accurately. The device is easy to use and configure, providing researchers with an ergonomic and effortless experience.