Used AMAT / APPLIED MATERIALS Producer S #9235472 for sale

AMAT / APPLIED MATERIALS Producer S is an e-beam-evaporator based reactor designed for advanced semiconductor cleansing and deposition processes. AMAT PRODUCERS is the latest tool in AMAT lineup of advanced etch-clean and deposition reactors manufactured for the semiconductor industry. This reactor brings together the latest in process and materials innovations combined with APPLIED MATERIALS precision design and engineering excellence. APPLIED MATERIALS PRODUCER-S utilizes a single e-beam evaporator to deliver exceptional edge profiling and uniform coverage. Its ability to deliver precise deposition onto the wafer edges gives AMAT Producer S better edge accuracy and minimized discoloration on the sides of lines. The evaporation chamber utilizes precision motion controls for accurately controlling the location of the beam and the size of the beam footprint. This allows it to achieve uniform deposition on the wafer during the process. The process chamber is made of a low-outgassing, corrosion-resistant alloy and utilizes the latest in cleanroom engineering to ensure a clean and particle-free environment for interactions with the wafer. The chamber also includes a thermal management system and an RF shield cage, which allows the optimal etch-clean processes at the desired temperatures. APPLIED MATERIALS Producer S also features a number of advanced process monitoring systems such as a high-precision multi-channel mass flow controller and a gas abatement system which can quickly detect any gas anomalies and adjust accordingly. It is also equipped with multiple laser-based optical chucks that can precisely control the etch-clean and deposition processes, and a fast heating and cooling unit that aid in the efficient control of the entire cleaning process. The advanced etch-clean and deposition processes offered by AMAT / APPLIED MATERIALS PRODUCERS ensure uniform coverage and enhanced device performance, making it the ideal solution for advanced semiconductor processing requirements.