Used ASYST LPT 2200 #293729427 for sale

ASYST LPT 2200 is a wafer handler designed and developed by ASYST Technologies that processes semiconductor wafers with excellent precision and speed. This automated handler is versatile enough to handle a variety of wafers up to 8-inch in size, ranging from the traditional silicon wafer to advanced and challenging materials such as sapphire or III-V. The robot arm of ASYST LPT2200 can be programmed to rotate, move and accurately position the wafer during processing. To ensure the highest levels of accuracy, the handler features a sophisticated transport equipment which includes high speed servo motors and a precision linear guide system. Furthermore, LPT 2200's capability of handling both mono- and multi-wafer batches can increase the throughput significantly compared to other machines. In addition, the handler is designed to easily integrate with semi-conductor processing tools as well as carriers, transfer and cassettes. LPT2200 is equipped with advanced laser sensor systems which monitor the wafer 's temperature, cassette position, and wafer positions at 0.0001 inch accuracy. The sensors allow for a more efficient handling process and avoid any possible damage to the wafer by precisely controlling the required head speed, alignment and centering of the handler. Furthermore, the integrated vision unit allows for enhanced flexibility when it comes to positioning, inspecting, and aligning different types of surfaces during the wafer loading and unloading. ASYST LPT 2200 also offers a range of safety features that include a sealed chamber, a keyed door and an emergency stop button that helps to ensure a safe environment while performing challenging wafer handling operations. Thanks to optimized machine design and reliable software, operators are able to easily monitor the entire process and control execution parameters, diagnostics, and performance. This makes ASYST LPT2200 an ideal solution for quality assurance as well as process control in a wide range of semiconductor related applications.