Used BALZERS / EVATEC BAK 510 #293671750 for sale

BALZERS / EVATEC BAK 510 is an evaporator designed for ultra-thin film deposition processes that use volatile organic sources, such as volatile metalorganic materials (MOMs). This evaporator uses high-temperature, high-vacuum technology to create thin, uniform films. EVATEC BAK 510 is an ideal tool for production of optoelectronics, thin film electronics, and other cutting-edge applications. BALZERS BAK 510 is a reliable, automated evaporation platform that offers excellent repeatable deposition results. It features an advanced optical pyrometer-controlled heating equipment, which provides accurate temperature control for precise film deposition. The evaporator also comes with three rotor heights, allowing it to accommodate different sizes of evaporation sources and substrates. BAK 510 uses a ribbed cold wall design, offering excellent thermal customizability, while its integrated pumping system eliminates the need for additional or external pumps. This evaporator also boasts an intuitive, user-friendly control unit that allows for very accurate and repeatable deposition of even the most sensitive films. The reliable motor allows for precise and controlled movements of the evaporation material and rotating substrate, resulting in perfect homogenous films. BALZERS / EVATEC BAK 510 is also equipped with an additional evaporation chamber, giving operators the flexibility to deposit multiple material types in one shot. It also features a computer-based process control machine that reduces manual handling and increases overall process efficiency. The advanced Co-Deposition Control tool, in particular, ensures maximum deposition uniformity and reproducibility within each rotation. EVATEC BAK 510 is an easy-to-use evaporator that offers reliable and repeatable results for thin film deposition applications. Its user-friendly interface, intuitive control asset, and advanced features are ideal for customers in need of accurate and controllable deposition for different materials or layers. Furthermore, the powerful yet efficient pump and advanced thermal management model provide excellent uniformity, repeatability, and precision in deposition.