Used SEMITOOL 2300S #9088742 for sale

SEMITOOL 2300S is a photoresist processing equipment designed for high precision semiconductor photolithography. This system is capable of managing high quality imaging for device geometries down to 0.25 μm in size. It features a wide range of adaptable photoresist coatings from basic to advanced with an unequalled level of speed and precision. 2300S photoresist unit has two primary components, a chemistries module and a vacuum tool. The chemistries module is designed to hold both acid and neutra solutions to effectively coat dies, wafers or substrates in the desired photoresist prior to exposure. This module is capable of managing several solutions in order to reduce photoresist waste while maintaining an even coating throughout the entire substrate. The vacuum tool, meanwhile, optimizes the photopatterning process, improving mask alignment and ensuring higher resolution imaging. The unique combination of these two components provides SEMITOOL 2300S with a powerful edge in the semiconductor photolithography arena, enabling device geometries of 0.25 μm. Its Plasma Enhanced Atomic Layer Deposition technology is also capable of achieving extremely high precision, allowing even the smallest features to be reproduced accurately. 2300S offers many advantages to users, including shorter exposure times, higher resolution imaging, and improved product yield. It also incorporates features such as advanced wafer mapping, auto alignment, and closed-loop control. Each feature is designed to further improve the accuracy and efficiency of the photoresist machine. All SEMITOOL 2300S systems also come with comprehensive user manuals, providing helpful guidance and useful related information. Additionally, the company provides full technical support and customer service for all of its products, easing the installation and setup process. Overall, 2300S is a highly proficient photoresist tool, offering superior results while keeping high levels of cost-efficiency. It is ideal for this manufacturing processes requiring intricate detailing and high levels of precision.