Used SEMITOOL SRD-8300 #9263224 for sale

SEMITOOL SRD-8300 is a photoresist equipment designed to process small and large substrates with precision and accurate uniformity. Designed with an open platform, SRD-8300 optimizes current processes and provides efficient operation and intuitive programmability. Utilizing a powerful stepper motor, SEMITOOL SRD-8300 delivers precise contact alignment and accurate substrate to substrate separation with its precise contact rinser and rotating transport module. This system provides an ideal solution for highest throughputs with a standard single wafer capacity of up to 12-inch/300mm while fully automated processes can be liberated by uniformity algorithms and a high degree of flexibility. Features such as an in-situ thickness monitor along with a fully automated dispense control unit can achieve superior process control, ensuring consistent results. In addition to its impressive features, SRD-8300's intuitive mode settings, process logs and data analysis functions provide an easy to use machine that simplifies complex tasks for operators of all experience levels. In addition, the tool's servo-controlled hydrochloric bath and passivezone control provide users with ultra-precise operation to meet strict specification requirements. Robust performance and minimal maintenance make SEMITOOL SRD-8300 a reliable asset for the most demanding processes. To ensure the highest quality and reliability every step of the way, SRD-8300 is designed with an innovative optical delivery model that is capable of providing important performance data such as vacuum intensity, exposure time and other parameters. This data is ultimately used to maximize the equipment's process accuracy and uniformity, and to analyze the overall performance. Overall, SEMITOOL SRD-8300 is a robust photoresist system that offers a high degree of flexibility, precise alignment, and excellent process control. Its user-friendly interface and performance data review capabilities make it an ideal choice for any facility that demands the highest standards in photoresist applications.