Used ASYST UTV-UTV-F2620W #9055565 for sale

ASYST UTV-UTV-F2620W wafer handler is a state-of-the-art tool designed to help process semiconductor wafers. This robotic arm can manipulate up to 20 eight inch wafers at once, making it ideal for small-scale production. The device comes with a flexible 2-axis base belt conveyor and is compatible with SMIF pods and its own feeder trays. This feature makes it easy to switch between wafer loads quickly and accurately. UTV-UTV-F2620W wafer handler comes with high powered vacuum suction, which makes it easy to pick and place wafers with extreme precision. It also comes with an automatic vision system that allows the user to accurately inspect and measure each individual wafer with ease. This ensures that the wafers remain free of defects and are consistently processed to the highest quality. ASYST UTV-UTV-F2620W wafer handler has integrated environmental control and is designed to minimize defects and errors. The device is equipped with an air filtration system which takes in ambient air and removes contaminants prior to entering the processing chamber. The chamber maintains an extremely low level of humidity, which provides an optimal environment for processing sensitive wafers. Additionally, the device has an antistatic vacuum chamber and recirculation chamber that prevent any static electricity from affecting the wafers, further increasing the quality of the final product. UTV-UTV-F2620W wafer handler provides excellent safety features. A safety window ensures that the operator can clearly see into the processing chamber, preventing any accidents. A metal cover can be utilized to further protect the operator from any harm due to the sensitive operation of the robotic arm. The device also incorporates an emergency stop button, which allows the operator to quickly stop and shut down all operations in an emergency. ASYST UTV-UTV-F2620W wafer handler is an ideal choice for any application requiring accurate and reliable wafer handling. This device is versatile and can easily be incorporated into any existing system, making it an invaluable tool for efficient wafer production.