Used AMAT / APPLIED MATERIALS 0010-30160 #293664963 for sale

AMAT / APPLIED MATERIALS 0010-30160 is a thermal/vacuum process reaction chamber & boat which combines several process techniques (deposition and plasma etching) into a single substrate processing equipment. It consists of a robust vacuum chamber with sophisticated temperature control, gas delivery, and plasma source technology. AMAT 0010-30160 enables precise thermal control through a hot zone feature that features an advanced pyrometry system for uniform temperature distribution over the viewable interior of the reaction chamber. APPLIED MATERIALS 0010-30160 is equipped with an advanced low-pressure unit designed to ensure uniform temperature control over an extended period of time. Its efficient high vacuum machine is designed to maximize the rate of substrate deposition and reduce the contamination of the surfaces of the chamber. The effective inline plasma source is also designed to be solid-state and efficient with a low power transfer rate. The reaction chamber contains a heated susceptor which is set on a linear track and transportation table which enable it to move automatically within the chamber. This allows efficient changing of reactor materials without having to manually remove substrates from the chamber, reducing the risk of damage to the surfaces. The reaction chamber also includes a fast-switching pressure control valve and high-powered heater which can quickly and efficiently bring chamber pressure and temperature to a desired level. Additionally, 0010-30160 enables an active cooling feature which reduces the risk of the chamber exceeding its internal temperature limit. The chamber is also equipped with a integrated gas delivery tool that is able to accurately inject precise amounts of reactants into the chamber. Resulting in if you can precisely measure and monitor the ratio of the gases the chamber's environment can be controlled reliably to produce exact results. AMAT / APPLIED MATERIALS 0010-30160 is ideal for semiconductor device manufacturing as it increases performance and yields when compared to traditional manufacturing methods. It also enables fast processing while ensuring that the materials adhere correctly making this an ideal tool in the production of semiconductors. The ability to quickly switch between multiple processing techniques further increases the utility of the cooker and makes this an effective tool for creating complex structures.