Used BRANSON 5800 #9356041 for sale

BRANSON 5800 is an innovative and versatile wafer processing equipment designed for use in a variety of laboratory and semiconductor applications. The system offers efficient wafer transport capabilities, featuring an optimized, enclosed carrier unit and a dual-purpose vacuum/ATM wafer chuck for reliable and secure wafer handling. This ensures that the wafer is free from contamination, enabling the processing of critical layers with optimal cleanliness. The machine also offers an integrated wafer shuttling capability that allows wafers to be moved from the wafer chuck to downstream process modules quickly and reliably. 5800 provides a wide range of automated process control options that enable the tool to adapt to various fabrication requirements and run a range of applications. It supports independent, individual control and operation of multiple process modules, with options for e-Beam direct write lithography, plasma etching and deposition of metals and insulators, and cleaning processes for cleaning films. In addition, its on-board process metrology can detect, monitor, and monitor defects in the wafers, further aiding the asset's process quality. The model is powered by a state-of-the-art operating equipment and software suite that provides an intuitive, user-friendly interface, allowing for easy operation and control. The software suite is compatible with any Windows-compatible PC, and it offers an array of customizable options for data acquisition, storage, and process control. BRANSON 5800 offers a modular design that enables easy upgrades and expansion with additional equipment, making it capable of tackling a range of complex high-tech processes. 5800's versatile and reliable design makes it an ideal choice for advanced laboratory and semiconductor applications. It can reliably process demanding materials, provide the utmost flexibility in data acquisition and analysis, and support independent, individual control operation of multiple process modules. It offers a high degree of accuracy and repeatability in wafer processing, making it a best-in-class solution for the most advanced manufacturing tasks.