Used SEMITOOL 9708 #293601757 for sale

SEMITOOL 9708 Photoresist Equipment is a reliable and advanced system designed to provide superior performance in the production of semiconductor devices. It employs the latest technological advances in the photolithography process to enable the transfer of a pattern onto the wafer. 9708 utilizes integrated components to simplify the resist application process, reduce the time for each cycle, and ensuring superior repeatability. The unit is a modular unit composed of two distinct components - the preclean module and the resist application module. The preclean module is used to condition the surface of the wafer prior to resist application. This module operates with air and nitrogen to degas and clean the surface of the wafer. The resist module then accurately applies the photoresist from a pressurized chamber. This unit also includes a spin track drive machine that can apply an accurate and uniform resist layer to the wafer. The advanced optical design of this unit ensures that the highest resolution is achieved for the patterning of devices. It uses multiple lenses and advanced optics to capture the image of the design and adjust for any irregularities. It also includes a unique direct-illumination feature that provides uniform and precise exposure. An automatic dispense control feature ensures accurate resist measurements, preventing wastes and mistakes. The unit also includes an advanced substrate temperature controller that ensures optimal wafer temperature is maintained during the resist application process. Additionally, this unit can also be used as part of a combined process to spin multiple layers of photoresist to achieve complex device patterning. SEMITOOL 9708 Photoresist Tool is an effective and reliable tool for the production of high-quality semiconductor devices. Its advanced features allow users to quickly and accurately transfer the precise design of a device onto the wafer. This unit enables users to consistently achieve high-resolution images and precise device patterning.