Used ANNEALSYS AS-ONE 150 #293831460 for sale

ANNEALSYS As-One 150 is a rapid thermal processor designed for annealing and sintering processes in academia and industry applications. This equipment is highly accurate and repeatable, offering great control of processing parameters and the ability to program unique sequences for each individual sample. The device features a process chamber with a volume of 150 liters, and is controlled with a touchscreen program which allows for easy, intuitive operation. As-One 150 utilizes forced-ventilation technology to enable rapid thermal annealing and sintering of substrates with a wide range of materials such as silicon, metals, quartz, and any other material compatible with the process conditions. The maximum temperature is up to 1500°C with a programming range of 0 to 5000°C/min. The device also features a two-zone independent control system, allowing for different temperatures and heating rates in each zone of the chamber. The unit's low power intake is designed with energy efficiency in mind, and combines with its construction and insulation to optimize heat distribution and minimize temperature homogeneity errors. The chamber is designed with a hinged lid for easy sample loading and unloading, and the theryodynamic package can be easily adapted for heating of unique processes. ANNEALSYS As-One 150 also includes sophisticated safety features, such as a control unit with an independent electrical circuit and an emergency stop machine in the event of unexpected temperature fluctuations. The device is designed for easy maintenance, featuring external access to replaceable elements such as the quartz tube, thermal cable, and vacuum connector. This makes the installation and service of the processor significantly simpler, allowing for efficient cycle times and long-term performance. Overall, As-One 150 is an effective and reliable rapid thermal processor designed to provide precise annealing and sintering experience. Its advanced programming controls and safety features ensure quality results, and its optimized energy efficiency and easy maintenance make it highly valuable for both research and industrial applications.