Used VEECO / DIGITAL INSTRUMENTS Nanoscope IIIa #9068574 for sale

VEECO / DIGITAL INSTRUMENTS Nanoscope IIIa is a high resolution scanning probe microscope (SPM) used for nanoscale imaging and analysis of a variety of materials. It features a powerful self-contained gas control equipment with a built-in vacuum sub-system for piezo scanning of the sample. Its robust design makes VEECO Nanoscope IIIa suitable for a wide variety of SPM applications and surface studies, including atomic force microscopy (AFM), fluid flow measurements, and force spectroscopy. DIGITAL INSTRUMENTS NANOSCOPE III A is powered by a powerful Pico-Z processor and features a 12-bit wide-range digital signal processor (DSP). This enables the microscope to achieve breakthrough performance in imaging, with a resolution of down to 0.1 nm. Also, the robust gas control unit allows for repeated measurements on the same sample with minimal contamination from outside sources. The microscope has a versatile sample chamber for easy sample loading and a wide variety of specimen holders and a choice of piezo scanners, including single-axis, XY-axis, and image scanners. This flexibility gives users the ability to analyze features down to the nanometer scale. The microscope has an intuitive software package that allows users to configure the scan area size, sample type, scanner parameters, and other settings for each experiment. The software also provides powerful visualization and analysis features, allowing researchers to quickly analyze the data obtained from DIGITAL INSTRUMENTS Nanoscope IIIa. VEECO NANOSCOPE III A has been designed to provide years of reliable operation in any research laboratory and features an autocalibrate option that helps maintain high performance and accuracy even after frequent use. The machine can also store numerous experiments and their data, allowing for quick review when needed. VEECO / DIGITAL INSTRUMENTS NANOSCOPE III A is an invaluable research tool, providing unparalleled precision and high resolution imaging and measurement capabilities. Its wide range of applications makes it an ideal choice for analyzing and understanding the structure of any material, making it a powerful research instrument for many fields.