Used NPS RHP440 #293603756 for sale

NPS RHP440 is a precision rapid thermal processor developed by NPS Applied Instruments. The device operates with a patented rapid thermal heating and cooling cycle which eliminates the need for a cooling equipment and provides a rapid procedure for processing small samples and substrates. RHP440 is capable of reaching up to 200°C in 15 seconds from room temperature. It can also integrate a vacuum oven chamber for operating temperatures up to 350°C, as well as provide real-time feedback on temperature and power delivery through a control panel. NPS RHP440 is a high-performance system that utilizes a unique cutting edge design, and is capable of achieving fast thermal processing cycles to meet the requirements of high production applications. The device has a small footprint and a low profile, making it ideal for benchtop setups. Its user-friendly interface allows users to easily adjust parameters, view graphs, and monitor data points. RHP440 is equipped with up to four processing heads, each utilizing different technologies to provide the maximum possible rate at which heat is delivered and released. The device's heated zone design provides excellent uniformity of heat distribution across the sample surface. Its built-in mass flow controllers, vacuum pumps, and other components allow for accurate and flexible temperature control of both the sample and the chamber environment to ensure repeatable results. The unit is also engineered to meet the highest safety standards and includes an interlock machine to prevent accidental equipment activation. Its multiple connectivity options provide the ability to integrate it into an automated tool. Additionally, NPS Applied Instruments provides detailed documentation, technical support, and application support, allowing users to maximize the quality and efficiency of their processes. NPS RHP440 is an ideal all-in-one, high-performance rapid thermal processor, designed for a variety of sample processing applications. The device provides speed and precision, as well as a wide range of capabilities that make it an ideal solution for various research and industrial processes.