Used AMAT / APPLIED MATERIALS / HCT E500SD-B/5 #293628103 for sale

HCT E500SD-B/5 is a crystal growing, sawing and slicing equipment used for semiconductor and other nanomaterial characterization and manufacturing applications. The system features an ultra-high vacuum crystal growth chamber with a robotic multi-axis stage, high-precision ultra-precise sawing and slicing tools, and laser systems for laser-induced breakdown spectroscopy (LIBS) of nanomaterials. It also supports innovative nanostructured materials research and process development activities from crystal growth to characterization and processing. The E500SD-B/5 crystal growing unit has an ultra-high vacuum (UHV) chamber designed to provide optimal crystal growth conditions and maximum process throughput. The chamber is equipped with an automatic multi-axis robotic stage for precise control of the crystal growth and transfer environment. The machine also includes induction heating, water-cooled components, vacuum tool components, and automated process operations. The E500SD-B/5 also features high-precision saws and slicers to enable accurate sample separation and minimal reduction of material thickness and surface area. The saws and slicers can handle wafers in sizes up to 8-inch in diameter. The built-in optical laser systems are ideal for characterizing materials such as phosphate bonded silicon substrates, quartz substrates, and other semiconductor materials. The E500SD-B/5 also provides functionality for the research and development of revolutionary nanostructured materials. It has the capability to incorporate advanced techniques such as low-temperature low-force epitaxy and directional solidification which are useful for the development of thermoelectrics and other complex structures. The asset also includes sensing and control features for real-time monitoring and control of the crystal growth environment. AMAT E500SD-B/5 is a versatile crystal growing model that can be used to meet a wide range of requirements. It provides the flexibility, accurate environment control, and high performance capabilities essential to many nanomaterials research and development projects, as well as materials characterization and manufacturing activities. This equipment is an essential tool in the pursuit of advanced materials and nanostructures.