Used AMAT / APPLIED MATERIALS Producer SE SACVD HARP #9282238 for sale

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ID: 9282238
Wafer Size: 12"
SACVD System, 12" Chamber A and B: Chamber type: SACVD, Oxide BPSG Gas configuration (SCCM): MFC O2 (30000) TEB (1000) TEOS (4000) TEPO (500) NF3 (5000) N2 (5000) AR (5000) O3 (30000) AR (5000) N2-Carrier (30000) He-Carrier (30000) RF RPS: 400 kHz Maximum: 10 kW Does not include Hard Disk Drive (HDD).
AMAT / APPLIED MATERIALS Producer SE SACVD HARP is a specialized low-pressure production reactor. The reactor is primarily used for the formation of Single-walled Carbon Nanotubes (SWNTs). It offers significant advantages over traditional chemical vapor deposition (CVD) reactors, providing faster growth rates and narrower diameter distribution of the SWNTs. The reactor consists of a quartz tube with three zones - a working zone, a seed zone, and an anode zone. The quartz tube is held in an inert environment with nitrogen gas to prevent oxidation of the sample. In the seed zone, seeds are formed for the growth of the SWNTs. The seed zone is controlled at a lower pressure than the other zones. This enables the seeds to form in the first part of the process. The working zone is the main site of the reaction and is subjected to the highest temperature and pressure. In this zone, the nanotubes are grown in the presence of a catalytic reaction. In the anode zone, some of the reactants are introduced as an evaporated layer. This layer is essential for the formation of the nanotubes. To provide complete process control, AMAT Producer SE SACVD HARP has an advanced temperature control equipment. This allows precise control of heating and cooling stages in the process. It also has a sophisticated generator system, which provides precise control of the amount of reactants used in the reaction. The reactor's software interface includes an intuitive user guidance unit. This helps in setting up and maintaining the machine. The powerful graphical visualization tools also enable the user to keep track of the progress in the reaction process. APPLIED MATERIALS Producer SE SACVD HARP offers a wide range of advantages over the traditional CVD reactors. It provides higher growth rates for the nanotubes and a narrower diameter distribution. The precise control offered by the temperature control tool and the generator asset ensures reliable growth of the nanotubes every time the reaction is performed. The user guidance model and graphical visualization tools help in making the reaction process easier to set-up and monitor. Overall, Producer SE SACVD HARP is an efficient and reliable reactor for those looking to produce SWNTs.
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