Used STEAG / MATTSON / AST 2900 #9103114 for sale

STEAG / MATTSON / AST 2900 is a high-speed, cost-effective rapid thermal processor (RTP) designed for industrial and research grade applications. It uses a high-frequency, high-efficiency thermal processing equipment that enables fast, precise temperature control over a wide range of temperature levels. This makes it ideal for applications including rapid thermal annealing, rapid thermal diffusion, and rapid thermal oxidation. AST 2900 consists of a heated chamber containing a heated quartz target and a finely controlled thermal infrared radiation source. This infrared radiation source is used to precisely heat the target up to temperatures of 2000°C. Its fast thermal processing system ensures that the target can be heated up, dwelled for a pre-programmed period of time, and cooled down again in a matter of seconds, allowing for rapid thermal processes. It also offers excellent uniformity control over the entire sample size, allowing for even heat distribution over the target. For accurate control of the sample temperature, STEAG 2900 features a closed loop PID temperature control unit. This machine uses a thermocouple-based feedback tool to monitor and control the sample temperature. It also includes a powerful embedded heating power controller, that allows for precise control of temperature and rate of heating. MATTSON 2900 also boasts a wide range of safety features for secure operation. The seaming chamber is designed with dual wall construction for maximum safety. It includes active circulation of cooling air as well as an emergency stop loop for temperature control failure. Furthermore, the chamber door, designed with spring loaded hinges, can be quickly and easily opened in the event of an emergency. 2900 is an excellent choice for rapid thermal processing applications. Its cost effective, fast and precise thermal processing ensures that it is suitable for both industrial and research-grade purposes. Its wide range of safety features and easy to use control systems make it a reliable option for many industrial and research applications.