Used NPS RHP 620 #293768790 for sale

NPS RHP 620 is a rapid thermal processor that is designed to carry out a range of temperature-controlled processes with high accuracy, repeatability and speed. It is used in a wide range of applications, such as semiconductor processing, research and development, materials sciences, and nanotechnology. RHP 620 offers rapid thermal processing (RTP) at temperatures up to 1350°C with an accuracy of ±1°C, and a ramping rate of 200°C/second. NPS RHP 620 is composed of several main components, including an analytical chamber, a heat transport equipment, a computer system, and a user-friendly graphic user interface (GUI). The analytical chamber is an air-tight enclosure, which contains a heating element and cooling unit. Its design allows for optimal utilization of thermal power and accurate thermal uniformity. The heat transport machine is made up of a reaction chamber, wherein the temperature-controlled processes are conducted, and a turbo moleculator that moves the media to and from the reaction chamber. The computer tool consists of an embedded CPU, a serial port, an Ethernet port, and a data storage asset, which is used to store thermal parameters, event logs, and results. The user-friendly GUI provided with RHP 620 facilitates the setting of parameters, monitors the reaction parameters, and controls the thermal input and output. NPS RHP 620 also incorporates several safety features, such as an alarm model to alert users to process deviation from predetermined parameters, and a heated door switch to protect the user from excessive temperatures. Additionally, RHP 620 is a capable of remote operation, allowing users to monitor the process from a remote location, as well as access the data stored in the data storage equipment. Overall, NPS RHP 620 is an advanced, reliable and versatile rapid thermal processor that offers superior temperature control accuracy and can be used for a range of temperature-controlled processes. Its features ensure that RHP 620 can provide efficient and precise results that meet the requirements of the application.