Used ULVAC RTA-6000 #9152945 for sale

ULVAC RTA-6000 is a high-end rapid thermal processor capable of providing precise, repeatable and reliable temperature performance through the use of ultra-fast quartz heating elements. This device is perfect for rapid thermal processing in a wide range of processes, such as chemical vapour deposition, physical vapour deposition, and rapid thermal annealing. RTA-6000 has a powerful vacuum chamber, controlled by a high-efficiency turbo molecular pump, which is capable of reaching very high vacuums with minimal contamination. Additionally, the vacuum chamber utilizes an ultra-short quartz heating element, allowing for Quick, precise, and repeatable temperature control. Due to its superior temperature profile performance, this device is ideal for creating uniform temperature gradients, making it far superior to ordinary furnace-based annealing processes. Moreover, ULVAC RTA-6000 offers a high level of process control and monitoring capabilities. It is equipped with an advanced controller that can be set to automatically monitor and optimize the process parameters, such as the time, temperature, pressure, and vacuum levels. This ensures that temperature can be controlled within a very narrow range at all times, allowing for precise and repeatable results that are not achievable with conventional annealing processes. RTA-6000 also includes features to provide improved safety and reduce contamination. It is equipped with an integrated chemical vapour deposition system, which ensures that the chamber is kept free from contaminants. Additionally, the powerful turbo molecular pump allows for extremely rapid pump-down cycles, minimizing the time during which exposure to hazardous vapors may occur. Overall, ULVAC RTA-6000 is an ideal choice for a wide range of processing applications, such as chemical vapour deposition, physical vapour deposition, and rapid thermal annealing. Its precise temperature control capabilities, combined with its safety features, make it an excellent choice for those who need repeatable thermal processing with minimal risk.