Used BRUKER / VEECO X3D #9281331 for sale

BRUKER / VEECO X3D is a powerful research-grade scanning tunneling microscope (STM) that is used for atomic-level characterization and manipulation of materials, surfaces, and nanostructures. The instrument offers sub-Ångström-scale spatial resolution along with high-precision depth control and excellent stability. VEECO X3D is a high-performance instrument that boasts a wide range of features, including a cryogenic magnet assembly for low-temperature measurements, a low-coherence source and related optical components for producing high-quality images, and a high-capacity ion source for handling larger samples. Its custom software enables real-time control of the microscope and swift data acquisition. BRUKER X3D is equipped with an ultra-high vacuum (UHV) chamber and stages that operate at pressures in the range of 1x10-10Torr to 1x10-3Torr. Its ultra-stable variable-temperature design allows for operation over a range of 25 K - 500 K, and its variable-photodiode design ensures easy alignment of the optical and/or electronic components. X3D is designed for fast and easy sample handling. Its six-axis inverted base allows for rapid sample exchange, and its integrated motorized stages offer precise and automated control of the X, Y, and Z axes. Additionally, its large spindle-driven sample holder enables handling of multiple samples with different shapes and sizes. BRUKER / VEECO X3D is capable of imaging a broad range of samples, including 3D surfaces, rough surfaces, thin films, and nanostructures with atomic-scale resolution. Its sensitive high-speed feedback enables imaging speeds of up to 5 m/s while its 100×100-pixel image processing ensures clear and sharp images with no sample drift. In addition to imaging, VEECO X3D has an automated pick-and-place tool for precise placement of nanostructures. Its integrated nanomanipulator is designed for probe control and facilitates positioning of the scanning tip with nanometer accuracy. Overall, BRUKER X3D is a robust and versatile STM that is suitable for a wide range of research applications, with excellent imaging capabilities and precise nanostructure manipulation.