Used VEECO / DIGITAL INSTRUMENTS Dimension 3100 #293768328 for sale

VEECO / DIGITAL INSTRUMENTS Dimension 3100 is an Atomic Force Microscope (AFM) that provides high-resolution imaging of nanoscale materials. This microscope combines a high-resolution imaging capability with automated scanning to quickly produce accurate and reliable data. This microscope uses a feedback loop to keep the cantilever in constant contact with the sample during the scanning process, resulting in precise imaging and reliable data. This approach reduces vibration and improves accuracy. VEECO Dimension 3100 features a high-speed scanner that can scan samples in a matter of minutes, while still providing the resolution you need. The scanner can scan a sample area of up to 2.5 µm x 2.5 μm and can be customized with different detection options. The scanner has an automated calibration cycle which ensures that the scan is consistent and repeatable. The scanner also has an integrated fluid phase equipment that allows for imaging in liquid environments and in controlled atmospheres. The microscope utilizes VEECO/DI's patented True Non-Contact Scanning Technology along with its "Cantileverless" design option, to image samples without the need for a cantilever. This technology allows for versatile imaging of both organic and inorganic samples without the need for cantilever tuning or any additional hardware. Additionally, the microscope is able to perform scanning with no-touch AFM, tapping mode AFM, and force modulation imaging capabilities. DIGITAL INSTRUMENTS/DI DIGITAL INSTRUMENTS Dimension 3100 is a versatile AFM inspection system capable of operating in a variety of application environments. It is a robust, easy-to-use unit for AFM imaging of nanomaterials. This machine includes tools for user-defined data acquisition and data analysis. It also allows users to configure their own environment, so they get the most out of the tool. The asset can also be connected to other instrumentation, such as optical microscopes or confocal instruments, to create combinations that fit the user's specific needs. This model is a cost-effective and reliable way to get high-resolution images of nanoscale materials.