Used STEAG / MATTSON / AST 3000 #293621528 for sale

STEAG / MATTSON / AST 3000 is a rapid thermal processor used for efficient, uniform heating of substrates of all sizes. This device is a four-zone rapid thermal processor that features a temperature range of up to 1000 degrees C, temperature uniformity of +/- 1 degree C, and rates of heating up to 10 °C/second. Through a combination of high-temperature and uniformity, short programming time, and flexibility, this device provides an effective approach to thermal processing. The four-zone design of AST 3000 allows for different zones to be heated independently or in combination, increasing the flexibility of the device. The top and bottom thermal heads include temperature sensing elements that provide feedback to the control system, allowing temperatures to be accurately maintained and monitored. The vertical chamber is equipped with a nitrogen purge port that allows for a wide range of atmospheres, including inert options. An optional heater is available which provides the option of a furnace environment. The utilization of advanced probes and sensors, along with a sophisticated control system allows for highly accurate, reproducible, and uniform thermal processing. This rapid thermal processor also features an intuitive operator interface with a range of parameters, including temperature, rate and duration of temperature, as well as other user-defined processes and air pressure for the inert atmosphere processing program. STEAG 3000 has an easy to use touch-screen controller which allows for custom processing to meet a wide range of requirements. This intuitive control system is capable of executing complex high-temperature processes, controlling multiple process parameters and providing data logging and process optimization. Overall, the capabilities of MATTSON 3000 make it an ideal choice for any application requiring rapid, uniform and high-temperature heating of substrates. This versatile device is designed to provide precision thermal processing and offers unparalleled reproducibility and flexibility.