Used CALI-TECH CT-608 #9258042 for sale

CALI-TECH CT-608 is an advanced photoresist equipment designed for advanced semiconductor applications. This system is typically employed during the manufacturing process of semiconductor devices, enabling device designers to produce the desired patterns with high accuracy and precision. CT-608 is a two-stage photoresist unit, with both stages utilizing a dispense/coat process. During the first stage, a layer of photoresist is dispensed onto the substrate and then exposed to various beam sources like Ion Implantation or laser lithography. The second stage utilizes a Programmable Curing Chamber, which is designed to help evenly bake and cure the photoresist layers on the substrate. In addition, the Programmable Curing Chamber also helps to achieve higher uniformity and faster curing. CALI-TECH CT-608 also features advanced collimation systems, which are designed to ensure accuracy and accuracy within each pattern. Collimation systems help to keep the light from the imaging process away from unwanted surfaces, which helps to keep the pattern clean and accurate. In addition, the Photolithography team also has access to advanced design tools, such as Cadence, Momentum, ICVET, and Synopsys to quickly create and modify designs. CT-608 is also equipped with premium Options that are designed to help with more complicated applications. The MultiBeam Tool is designed to help with multi-pattern layout designs and provides excellent selectivity and accuracy. The Automatic Defect Inspection systems can also help to ensure high levels of quality and accuracy during the manufacturing process. Overall, CALI-TECH CT-608 is an advanced photoresist machine designed for high accuracy and precision for semiconductor applications. This tool offers a two-stage dispense/coat process along with advanced collimation systems and a Programmable Curing Chamber, as well as a range of Options for increased functionality. Thanks to its advanced features, CT-608 can help ensure the highest levels of quality and accuracy during the manufacturing process of semiconductor devices.