Used SEMITOOL 32AMP #9359482 for sale

SEMITOOL 32AMP photoresist equipment is a semi-automated resist processing system designed for batch processing of 200 mm wafers. It is adapted for use with most common photoresists and offers both full field and spot processing. 32AMP offers a wide range of features that make it ideal for semi-automated resist processing. It is equipped with a computer-controlled shuttle arm for repeatability and accuracy and 20 different reservoirs for photoresist mixing and storage. This allows for multiple different photoreactants to be pre-mixed, ensuring quick turnaround time and consistent results. The unit is capable of processing sixteen 200mm wafers at one time and offers both full field and spot size resolutions. The machine is designed to be ergonomic and user friendly. It is mobile, with adjustable feet and easy access to all systems components for maintenance. All of the components are designed to be easily accessible from one side of the unit, and adjustments can be made without opening the unit. The user interface includes a color LCD touchscreen for quick setup and easy control, as well as a database of preset recipes. SEMITOOL 32AMP photoresist tool is designed with a state-of-the-art energy-efficient design, featuring low noise fans, a dry pump asset, and reduced exhaust requirements. The unit also includes an intelligent monitor model, which ensures the equipment is running as efficiently as possible and reducing the need for frequent user intervention. The integrated track system is designed to be both reliable and robust. It is built using a stainless steel structure for added durability, and can handle wafers up to one-half inch thick. The rollers and guides are designed for precise movement and designed to minimize particle shedding. 32AMP photoresist unit is an ideal solution for semi-automated photoresist processing. With its state-of-the-art design, user friendly interface, and reliable track machine, the tool is capable of providing consistent results with minimal user intervention.