Used VEECO / DIGITAL INSTRUMENTS / BRUKER Equipment for sale

VEECO is a leading manufacturer of equipment used in atomic force microscopy (AFM), which is a high-resolution imaging technique used to study the properties of materials at the nanometer scale. The company initially started as a division of Digital Instruments in 1994 but later changed its name to VEECO after a spin-off from Digital Instruments in 1999. DIGITAL INSTRUMENTS, which eventually became part of VEECO, was founded in 1987 and played a pivotal role in advancing AFM technology. It was the first company to commercialize this revolutionary imaging technique, which utilizes a fine probe to study the topography, mechanical, and electrical properties of various surfaces with incredible precision. In 2001, VEECO acquired another pioneering company in AFM technology, BRUKER. This strategic merger brought together two industry leaders and further strengthened VEECO's position in the field of scientific instrumentation. BRUKER added its expertise in advanced analytical instrumentation, including technologies such as X-ray diffraction and spectroscopy, to complement VEECO's AFM capabilities. VEECO's product portfolio includes a wide range of AFM systems that cater to different research needs and applications. These AFM systems offer exceptional resolution and accuracy, making them invaluable tools for studying nanoscale materials and surfaces. VEECO also offers related accessories, probes, and software that enhance the functionality and usability of its AFM systems. Additionally, VEECO provides process equipment solutions for manufacturing advanced semiconductor devices and other precision components. These tools enable the precise deposition and etching of materials, allowing manufacturers to achieve higher yields and improved device performance. With an impressive history and expertise in AFM technology, VEECO, along with its collaborations with DIGITAL INSTRUMENTS and BRUKER, remains at the forefront of scientific research, advancing our understanding and enabling breakthroughs at the nanoscale level.