Used CANON / MATTSON HP-8800 #293642958 for sale

CANON / MATTSON HP-8800 is a rapid thermal processor (RTP), which is an advanced thermal processing device used in semiconductor device manufacturing. It is ideal for small productions requiring medium to large volumes of high-quality production parts. CANON HP-8800 features a fully automated microprocessor control system, allowing easy operation while offering excellent repeatability and accuracy. The microprocessor allows for the control of all processing parameters, such as temperature profiling, cooling rate, and pressure. MATTSON HP-8800 has a maximum temperature of 1500°C and maximum pressure of 645 mbars. It is equipped with a four-zone gas-quench module and a newly-designed water-quench module for processing of advanced materials requiring sequential thermal cycles. HP-8800 also has a direct-entry roller system for easy loading and unloading of substrates. It also has an autodepth capability for controlling processing uniformity across large wafers. In addition, CANON / MATTSON HP-8800 uses an advanced multi-zone control system to allow users to customize and optimize their processing parameters. The user can easily adjust the quench pressure, temperature rate, quench gas, and water flow rate. Furthermore, CANON HP-8800 is capable of generating temperature profiling data in real-time and saving the data for later review. MATTSON HP-8800 is equipped with an extended display and a touch-screen interface, allowing users to make changes within the processing parameters easily and accurately. Additionally, the machine has embedded private and shared network communication support, allowing secure batch processing across multiple sites. This also increases communication abilities between machines and allows for remote access from any computer connected to the network. Overall, HP-8800 rapid thermal processor is an advanced, versatile thermal processing device for semiconductor device production. It is a reliable and efficient machine that offers excellent repeatability and accuracy for small to large-volume productions.