Used NAPSON WS-8800 #9078491 for sale

NAPSON WS-8800 is an automated wafer handler that enables efficient, automated transfer of wafers between air, nitrogen and/or high vacuum surfaces. Designed for laboratory and research applications, this state-of-the-art wafer handler delivers a comprehensive solution for handling wafers of various sizes. WS-8800 utilizes advanced transfer mechanisms such as screwdriver-type transfer arms, electro-mechanical in-die positioners, and robotics-driven mechanisms for fast, accurate handling. The device can accommodate a wide range of wafer sizes from small nanofabricated wafers to large production wafers. NAPSON WS-8800 offers a range of parameters to ensure a high-level of wafer transfer accuracy, repeatability, and reliability. It features a wide selection of control modes, such as open-loop, closed-loop, and on-the-fly methods, enabling advanced motion control with short cycle times. In addition, the device boasts dedicated safety functions, including safety interlocks and independent motion control. The central components of WS-8800 are the transfer arm and electro-mechanical drives, which provide accurate handling of wafers between cassette, wafer stages, and other hardware. The transfer arm uses screwdriver-type motion to ensure high-precision positioning. Meanwhile, the electro-mechanical drives enable smooth synchronous movement of the transfer arm. Furthermore, the wafer handler also has a wafer table for sorting, loading, and unloading of wafers, as well as a number of manual and automatic loading methods. NAPSON WS-8800 is designed for a wide range of applications, such as lithography, etching, bonding, coating, and other processes. This advanced wafer handling device offers robust performance and superior protection to ensure superior quality. It also offers flexible interface options for connecting to a computer or other peripheral devices. In addition, this device features an extensive library of device functions and commands for efficient control and integration with existing systems.