Used ASYST LPT 2200 #9146764 for sale

ASYST LPT 2200 is a wafer handler designed to offer a fully automated handling solution for semiconductor fabrication. It is capable of loading and unloading wafers in a single step, providing superior throughput and a high level of accuracy and repeatability. ASYST LPT2200 is driven by a durable motor and a feature-rich controller. The motor is capable of providing a range of speeds, allowing the user to customize the process to meet their needs. The controller features a powerful user interface with a range of features such as programmable motion speed selection, operator-friendly input/output connections, and convenient wafer probing/detection settings. LPT 2200 is designed with a large front/side access port, providing easy access during wafer loading/unloading and maintenance. It also features an internal micro-electro mechanical system (MEMS) sensor, which enables accurate and repeatable wafer positioning, as well as integrated WaferVision® technology, which provides visual inspection and metrology capabilities. LPT2200 also provides reliable safety features, such as motor shutdown upon detection of foreign objects or irregular conditions, to ensure safe operation. Additional safety components include an emergency stop button and an interlock switch for secure operation. For enhanced performance and wafer handling versatility, ASYST LPT 2200 is compatible with a range of wafer sizes and shapes, from 200 to 8 inch, as well as both round and rectangular wafers. The unit also provides a full suite of standard process automation and leading Industry 4.0 connectivity options, including Ethernet, USB, RS232, and CANBUS. ASYST LPT2200 is designed to reduce downtime and improve productivity, offering superior throughput and repeatability, as well as improved process accuracy, reliability and safety. With advanced throughput and flexibility, superior accuracy and repeatability, and industry-leading features and safety features, LPT 2200 is ideal for semiconductor fabrication and the future requirements of device manufacturing.