Used AIXTRON / GENUS Lynx iXP #293619357 for sale

AIXTRON / GENUS Lynx iXP is a cutting-edge, industrial-grade CVD epitaxy reactor, developed specially for large-scale, high-yield production of High Brightness Light Emitting Diodes (HBLEDs). This reactor is specifically designed to meet the demanding needs of the latest HBLED production needs. GENUS Lynx iXP reactor features a 7-zone Quartz Linear Hot-Wall (QLH) design which optimises growth rate and epitaxy quality while providing superior surface planarity. This is accomplished through a linear heating/cooling surface which provides a consistent temperature gradient throughout the growth cyclinder. Furthermore, the QLH design provides excellent temperature stability, with a uniform heating temperature of ±10°C across all process zones. The reactor is also equipped with advanced temperature control systems, including a high-resolution PID controller and 6 RTD thermocouple probes. This ensures that the growth process is accurately maintained with very high precision. The reactor also comes with a wide range of process gases (including trimethyl gallium and trimethyl indium) in order to provide a full range of material deposition capabilities. AIXTRON Lynx iXP is designed for maximum reliability and performance; it has an advanced microprocessor control with an error-recovery equipment, a vacuum pulsation protection system, and a dynamic tilt pre-alignment unit. The reactor is also equipped with advanced diagnostics which allow the users to troubleshoot and diagnose any problems that may arise. Moreover, Lynx iXP reactor is equipped with a range of safety features, including over-temperature and over-pressure protection, as well as a vacuum lock machine to ensure that personnel safety is not compromised. In addition, the reactor is also designed with a high-sensitivity air filtration tool to ensure that process space remains both clean and dust-free. The high-performance and advanced design of AIXTRON / GENUS Lynx iXP epitaxy reactor makes it an ideal choice for the production of next-generation HBLEDs. This reactor is a powerful and reliable tool, perfectly suited to producing high-quality and highly reliable HBLEDs in high-yield, large-scale production runs.