Used VEECO / DIGITAL INSTRUMENTS Dimension X #9211397 for sale

VEECO / DIGITAL INSTRUMENTS Dimension X is a multi-dimensional imaging equipment developed by VEECO, now known as DIGITAL INSTRUMENTS, which specializes in the development of scanning probe microscopes (SPM). It is used for optical and scanning electron microscopy, and AFM. It is a versatile imaging system that allows researchers to study various materials in both the macro and nanoscales. VEECO Dimension X works by producing a high-resolution three-dimensional image of the sample surface or interior of a specimen. The microscope utilizes a combination of a laser, optical component, and electronics in order to capture the image and helps to provide high-quality digital images. It enables users to capture both surface and subsurface structure of samples with resolutions as small as one nanometer and in turn enabling researchers to study materials at unprecedented levels. The microscope is equipped with a variety of features, such as a motorized stage, a choice of detectors with a variety of detectors, a high-resolution camera, a range of light sources, and an integrated optical unit. The motorized stage allows researchers to quickly and accurately move the sample for optimal imaging. Additionally, the choice of detectors with multi-function capabilities allows researchers to optimize the machine to obtain the best results. The high-resolution camera allows for the capture of larger images and enables researchers to view both surface and subsurface features, as well as measure sample dimensions. The variety of light sources provides researchers with a plethora of wavelength options to ensure the best possible image. A built-in optical tool also allows for accurate focusing of the specimen surface for enhanced accuracy. In conclusion, DIGITAL INSTRUMENTS Dimension X is an advanced microscope asset that enables researchers to study materials at unprecedented levels of resolution. By offering high resolution cameras, a variety of light sources, an integrated optical model, and a range of detectors, researchers are able to make accurate measurements and obtain better imaging results.