Used AG ASSOCIATES Heatpulse 4100 S #9226141 for sale

AG ASSOCIATES Heatpulse 4100 S is a rapid thermal processor for high-precision thermal process simulation and control. It is designed to deliver precision cooling and heating up to 1400°C over a range of process times between 1ns and 10 minutes. It is ideal for applications such as vacuum annealing, rapid thermal annealing, rapid thermal oxidation, active area imaging, and contactless triggering. Heatpulse 4100 S is able to provide very precise thermal control, with built-in features such as fast response time to temperature setpoints and maximum overshoot capabilities. AG ASSOCIATES Heatpulse 4100 S consists of four main components: a controller, a thermal conductive chamber, a hot zone, and a cold zone. The controller regulates the temperature by controlling the heating and cooling elements. It is equipped with 240 ampere relays for high currents and optimizes temperature uniformity. The thermal conductive chamber provides an inert chamber within which to carry out the thermal process. The hot zone is the region of the chamber where the samples are placed and heated or cooled. It has a uniform temperature profile, adjustable over a wide temperature range with minimum overshoot. The cold zone is the area of the chamber where a cooling element is located to help control the temperature in the hot zone. Heatpulse 4100 S is a versatile instrument that offers users more control and flexibility over their thermal processes. It has overheat protection, built-in safety features, and an integrated process monitoring system that enables users to monitor their temperature curve and process within limits. The integrated motors provide precise motion control to shuttle in samples and products into the processes. Additionally, AG ASSOCIATES Heatpulse 4100 S supports a wide variety of sample types, including metals, ceramics, films, and glass. With its user-friendly interface, it simplifies thermal process automation. Overall, Heatpulse 4100 S is an efficient rapid thermal processor for controlling temperature profiles with high accuracy and precision. It offers a wide range of advantages over traditional thermal processing systems, making it an ideal choice for advanced scientific research.