Used LEYBOLD OPTICS ESV 14-D #9044883 for sale

LEYBOLD OPTICS ESV 14-D is an evaporator used to create high purity thin films. It features an all-metal construction and is designed for high reliability. It is a thermal deposition method which uses a high vacuum process to evaporate materials onto a substrate. The evaporator consists of a chamber with highly reliable vacuum systems and an ultra-pure water vapor source. It is designed with an integrated temperature and pressure control system and is capable of sustained high-temperature evaporation for up to 14 hours. The evaporator is constructed with a four-crystal, high temperature ceramic furnace insert. The furnace insert is uniquely designed to minimize thermal gradients and ensure accurate deposition rates over a wide process range. The pre-heating zone allows for pre-deposition pre-treatment of the substrates. It is made with a special boro-silicate glass for maximum thermal insulation and for reflected heat protection. All components of the evaporator are constructed with the highest quality metal components to ensure operational robustness and reliability. The evaporator has an integrated high vacuum pump with high capacity and a turbo molecular pump for high resolution deposition. It is designed to be compatible with most available thin film materials, including dielectric, organic, and inorganic materials. It is also equipped with an electronic furnace control and monitoring system which ensures precise operating conditions throughout the process. Additionally, the evaporator features multiple temperature sensors and a USB interface for easy connection to computer systems. ESV 14-D is an ideal deposition solution for research, development, and production. It provides precise process control for thin-film deposition and offers high efficiency while maintaining a low cost. This evaporator is suitable for a range of applications, including optical coatings, biomedical coatings, and semiconductor devices. Additionally, the evaporator is compliant with the requirements of industrial standards and can be used for high-volume production processes.