Used AG ASSOCIATES Heatpulse 610 #9163312 for sale

AG ASSOCIATES Heatpulse 610 is a leading rapid thermal processor (RTP) designed for specialized industrial use. It offers unmatched speed and precision to rapidly heat materials to a target temperature and cool them quickly, minimizing the risk of heat damage. This RTP is specifically designed for the rapid thermal processing of silicon wafers, gallium arsenide, and other semiconductor materials, achieving uniform temperatures with extreme accuracy. AG ASSOCIATES HEATPULSE 610 utilizes patented HotSpot technology, with an advanced optics equipment that allows it to quickly, accurately, and continuously measure the temperature of the target material. Its proprietary temperature control system implements advanced flattening techniques to minimize temperature excursions, achieving unparalleled precision. It is capable of rapidly heating many types of materials to temperatures reaching 1200°C, and cooling them back down at rates up to 70°C/sec. Heatpulse 610 offers several unique features for maximum convenience and precise control. Its stainless steel process chamber provides superior thermal insulation, and can be easily accessed for cleaning and maintenance. Its low-pressure steam control unit ensures accurate temperature control with a minimum amount of steam. It also features a powerful vacuum machine for wet process applications. To help you achieve consistent, repeatable results, HEATPULSE 610 is highly customizable to meet your specific process needs, and is designed to run unattended for long periods of time. It comes with a variety of standard interfaces for data logging, and a Human Machine Interface (HMI) allows users to easily monitor and control multiple processes. It also includes powerful analytical tools to ensure that your results are accurate and reliable. Overall, AG ASSOCIATES Heatpulse 610 is a trusted and dependable industrial tool used for the advanced processing of semiconductor materials. It combines unparalleled speed and accuracy with ease of use, making it ideal for many thermal processing applications.