Used BRUKER / VEECO Dimension Icon #293827011 for sale

BRUKER / VEECO Dimension Icon is an advanced scanning probe microscope designed to meet the highest demands of today's microscopy and nano-scale research. It combines large-scale imaging capabilities with precision nanoscale resolution. The microscope provides ultra-precise imaging capabilities for a wide range of applications from life science imaging to electro-mechanical characterization. VEECO Dimension Icon is capable of imaging with both positioning and scanning capabilities, giving researchers the flexibility to choose the best imaging mode for their sample. It offers multiple modes of imaging, including imaging in both fluorescent and reflected light. The maximum working distance on the pole piece of BRUKER Dimension Icon is 85mm. Dimension Icon microscope is equipped with a high-resolution digital camera and a variety of accessories for performing advanced scanning probe techniques. It features a high-speed sample loading stage, an integrated heating and cooling system, and a range of advanced software for controlling the microscope. The microscope is user-friendly and easy to use, with a large color touchscreen display for adjusting sample parameters and viewing images. BRUKER / VEECO Dimension Icon operates at a maximum magnification of more than 400x, with spatial resolutions as small as 0.7 nm. It also offers automated image stitching, allowing researchers to combine multiple images to form one large image. In addition, its precise scanning and positioning capabilities make it ideal for nanomaterials morphological and topographical observations. For optimal performance, VEECO Dimension Icon is designed to incorporate a suite of accessories, including a reference flat, slider, and tilt stand, as well as motors and optical components for advanced imaging. The energy resolution capabilities of the microscope also make it a valuable tool for characterizing material properties. In summary, BRUKER Dimension Icon is a powerful microscope designed for use in research laboratories. It offers high resolution imaging capabilities, automatic image stitching, and precise positioning and scanning, making it a valuable tool for performing advanced nanoscience research.