Used BALZERS BAK 642 #293598217 for sale

BALZERS BAK 642 sputtering equipment is an industrial-grade thin film deposition device designed for thin film deposition processes such as sputtering, evaporation and PVD. BAK 642 includes advanced features including a movable 4-axis robot, automated operation and multiple deposition sources. The system is designed to be highly flexible and can accommodate up to four deposition sources. Depending on the materials used, the sources can be used for sputtering, evaporation, electron beam evaporation, cathodic arc evaporation, and pulsed arc deposition. The robot arm of the unit allows for optimized manipulation of the deposition source and substrates, allowing for precise and repeatable deposition performance. The deposition component of BALZERS BAK 642 is controlled by a computerized Programmable Logic Controller (PLC). The PLC allows users to program the settings for each deposition source, as well as the amount of time required for deposition of each layer or material. It also allows for multiple layers of deposition to be programmed for sequential deposition. BAK 642 is designed for ease of use. A wide variety of materials can be used as the source for deposition, and the PLC allows them to be easily swapped in and out as needed. The chamber of the sputtering machine is designed for notable performance, with temperature and voltage settings being adjustable for optimized conditions. Control and vacuum gases can be regulated independently, allowing for highly precise processes. BALZERS BAK 642 is equipped with a color LCD touch screen that allows users to easily monitor tool performance and settings. The touch screen also serves as an interface for controlling and programming the asset, providing an intuitive user experience. Additionally, the model can be interfaced and controlled with a mobile device or computer. BAK 642 sputtering equipment is an excellent choice for thin film deposition processes as it is highly configurable yet easy to use. Its multiple deposition sources and robot arm allow for great flexibility and precise control, while its softwares allow for intuitive operation and great reliability. The result is a powerful but affordable thin film deposition system for industrial and research use.