Used AIXTRON Crius II #9395952 for sale

AIXTRON Crius II is a low-pressure chemical vapor deposition (CVD) reactor that has been specifically designed to be highly versatile and cost-effective. It is targeted at advanced semiconductor device manufacturers to quickly and accurately produce high-quality thin films with excellent uniformity. The reactor is fully automated, making it easy to use. It utilizes a unique source distribution network, which allows for an optimal source positioning, ensuring that the entire growing surface is equally supplied with source materials. The large temperature range makes it suitable for a variety of applications. Crius II is constructed of solid aluminum and stainless steel components, sealed by seals and bearing surfaces. This makes it highly reliable and durable, and helps minimize breakage problems. It also boasts active heat monitoring and high thermal conductivity, allowing users to have complete control over temperature and pressure. AIXTRON Crius II has an automated chamber feed and source distribution system that ensures a homogeneous mass flow within the reaction chamber. An integral roughing pump coupled to a diaphragm pump, helps keep the inside of the chamber clean and free of particles and pollutants. This is essential to maintain high-quality films and yield uniformity. In addition, Crius II also includes a hot-wire mass flow controller and a vacuum gauge port. The hot-wire mass flow controller allows for precise measurement of reactant flow rates and easier control over the deposition process. The port allows for the rapid detection of vacuum within the reaction chamber. AIXTRON Crius II also contains several safety features such as an overpressure protection system, an auto-fault shut-off feature, and an emergency evacuation valve. In conclusion, Crius II is an advanced CVD reactor that is ideal for the production of high-quality thin films with uniformity and excellent reproducibility. Its reliable and durable construction, automated functions, active heat monitoring system, robust safety features, and high temperature range makes it all the more attractive to advanced semiconductor device manufacturers.