Used AIXTRON 2400 G3 #9270057 for sale

AIXTRON 2400 G3 is a high-performance epitaxy reactor designed for advanced materials research and the production of high quality compound semiconductors. AIXTRON 2400G3 is a high-power, large-volume, autocorrection symmetric reactor and allows a wide range of materials to be processed, including III-V compounds, II-VI compounds and graphene. 2400 G3 offers a unique combination of features for researching and developing the next generation of compound semiconductor materials for use in high performance electronics, optoelectronics, quantum computing and solar applications. 2400G3 reactor features a 6-inch (15 cm) solid quartz showerhead susceptor platform with a choice of up to six elements. The cells in the showerhead susceptor are thermally balanced with an equal incident flux profile, enabling even deposition on large-area substrates. In addition, the symmetrical design ensures uniform doping and allows for optimized material deposition rates. The intuitive software allows users to easily adjust pre-set process parameters, down to 0.1nm precision. AIXTRON 2400 G3 reactor also features a high-performance Multi-ZoneTM controller, which enables up to five independent process zones to be adjusted for an unequalled level of process control. With the capability to adjust different gas flows, temperatures, pressure and current in each zone, AIXTRON 2400G3 reactor allows for precise control over all process parameters, enabling the most complex process flows. 2400 G3 is designed with a number of advanced features for greater user convenience. These include an automated material loader for easier substrate handling, built-in safety measures to protect cells, vacuum systems and substrates, a multi-functional power unit, remote access for efficient system monitoring and operation, automatic control of tool parameters and end-of-run and process reporting. 2400G3 reactor is capable of producing high purity, defect-free material for a variety of applications. AIXTRON 2400 G3 reactor is an ideal choice for those looking for a reliable, high-performance reactor for advanced compounds research and the production of high-quality semiconductor materials.