Used OXFORD / VG SEMICON Equipment for sale

OXFORD/VG Semicon (Oxford & VGF) is a renowned manufacturer specializing in advanced scientific equipment and deposition systems for molecular beam epitaxy (MBE) applications. With a rich history dating back to the 1960s, the company has developed cutting-edge technologies in epitaxial growth and played a significant role in revolutionizing the semiconductor industry. Oxford/VG Semicon's flagship product, MBE systems, enable precise thin film growth of materials with atomic-level control. The molecular beam epitaxy technique employed by these systems facilitates the creation of high-quality crystalline films, enabling the development of advanced semiconductor devices and optoelectronic materials. The company's MBE systems utilize state-of-the-art features such as applicability to ultra-high vacuum environments, multiple effusion cell designs, advanced substrate manipulation stages, temperature control modules, and in-situ monitoring tools. These systems are widely used in research facilities and commercial production environments for the growth of novel materials with exceptional purity, uniformity, and atomic level precision. Oxford/VG Semicon has established itself as a leader in MBE systems by continuously investing in research and development, thereby improving their systems' performance and capabilities. Their commitment to innovation has made their products highly sought after by renowned educational institutions, government agencies, and leading industrial organizations globally. Aiming to cater to diverse customer requirements, the company offers a range of MBE systems that differ in size, configuration, and degree of automation. This ensures that customers can select the most suitable system for their specific needs, irrespective of scale or complexity. Overall, Oxford/VG Semicon's history, expertise, and cutting-edge products have established them as a trusted and reliable partner for the molecular beam epitaxy community, empowering scientific advancements and technological developments in the field of semiconductor materials.