Used PLASMATHERM Clusterlock 7000 #9178962 for sale

PLASMATHERM Clusterlock 7000 is an advanced etcher / asher equipment that offers a wide range of features to produce accurate etched or ashed features in a variety of substrates. Utilizing advanced semi-conductor technology, Clusterlock 7000 delivers optimized cycle times and differentiated features to meet production requirements. The etcher / asher also offers superior performance when using highly sensitive and challenging materials. The modular design of PLASMATHERM Clusterlock 7000 allows for quick and easy installation and maintenance operations in a confined space. The design of the system also facilitates the integration of process control and monitoring systems to ensure optimal etching and ashing parameters are consistently met. The unit also allows for extra process-specific safety protocols for sensitive materials. Clusterlock 7000's self-contained machine offers unparalleled levels of safety, security, and precision. To facilitate and individualize process settings, a user-friendly touch screen interface allows for easy manipulation and complete control over desired process parameters. PLASMATHERM Clusterlock 7000 utilizes advanced materials cutting technology and advanced flow dynamics to ensure precise and accurate etching and ashing processes. The etcher / asher's integrated automatic cleaning tool further enhances its capabilities to produce incredibly accurate features in a variety of substrates. Clusterlock 7000 etcher / asher also boasts one of the most energy-efficient systems available on the market. The asset also includes dust collection and filtration systems to ensure optimal air quality. With low energy consumption and emission levels, PLASMATHERM Clusterlock 7000 meets the highest environmental standards. Clusterlock 7000 is an incredibly versatile etcher / asher for any application. Its modules facilitate quick and easy integration with any existing process or design. The model offers superior precision, accuracy, and control for etching and ashing processes, all while maintaining safety, stability, and low energy consumption.