Used AIXTRON AIX 200 #9192659 for sale

It looks like this item has already been sold. Check similar products below or contact us and our experienced team will find it for you.

AIXTRON AIX 200
Sold
Manufacturer
AIXTRON
Model
AIX 200
ID: 9192659
MOCVD Reactor.
AIXTRON AIX 200 is an advanced research reactor that was designed to facilitate cutting-edge material and device research applications. This reactor is a very versatile tool which utilizes a unique combination of parameters and features to accommodate a wide range of scientific needs. Researchers can adjust this reactor to explore the properties and behaviors of materials and other samples under different conditions. AIX 200 consists of an aluminum block chamber, a vacuum chamber, and two ports for experiment setup and sample retrieval. The aluminum block chamber is also equipped with two separate adjustable parameters—the sample temperature and the pressure in the chamber. This offers researchers to customize their experiments according to the needs. AIXTRON AIX 200 uses two beams which can be directed in a variety of ways. The first beam is the He ion beam, which is used to bombard the sample with microscopic particles in order to provoke a reaction. The second beam is the electron beam, which is used to heat the sample as well as to monitor the sample's physical properties, such as its electrical and magnetic response. AIX 200 is equipped with several systems for data acquisition and control. Advanced temperature and pressure monitoring systems are built into the reactor for data collection and control. These systems are used for monitoring the parameters of the experiment and to adjust the parameters in order to optimize the experiment's output. AIXTRON AIX 200 is a powerful and reliable tool for researchers in the fields of material and device research. This tool can be used to investigate the behavior of new materials as well as to explore properties and responses of existing materials in different temperatures and pressures. Furthermore, researchers can use this tool to develop and study new devices, including organic- and inorganic-based devices, for numerous applications such as optoelectronics, photovoltaics, and nanotechnology.
There are no reviews yet