Used MATTSON 2900 #9142605 for sale

MATTSON 2900 Rapid Thermal Processor is an advanced tool for semiconductor device fabrication and annealing processes. This high-tech machine is capable of rapid temperature changes and precise temperature control. It features advanced, computerized diagnostics, which enable the process engineer to optimize the annealing process with ease. It allows users to clamp, heat, cool, and vent a device quickly and with repeatable accuracy, in order to achieve highly reliable thermal results. 2900 is constructed from high-grade stainless steel, ensuring longevity and robustness. The thermal processing equipment is equipped with a unique low flow delivery equipment to ensure accurate thermal results. The delivery system also incorporates a low voltage user selectable delivery capability and a wide range of operational temperatures. MATTSON 2900 is a thermally managed unit with a digital controller, meaning the machine is self-regulated and constantly monitored. This prevents damage to the device and any of the components being processed within the tool. The thermal asset utilizes digital pulse width modulation technology and proprietary programmable hardware to ensure accurate heating and cooling. These features are specifically designed to help minimize process variation and ultimately reduce the time it takes to anneal a device. In addition, 2900 features a unique surface mount heater that is designed to provide uniform heating for precise temperature control over a wide range of temperatures. This helps to reduce the process cycle time and enables a more efficient transfer of heat across the gas-filled chamber. The surface mount heater also features a wide range of control settings which allow the user to tailor the process to meet their specific requirements. Overall, MATTSON 2900 Rapid Thermal Processor is an advanced model that is designed to help reduce the time it takes to process semiconductor devices in a highly controlled and repeatable manner. Its unique low flow delivery equipment and advanced digital controls ensure precise temperature control and optimum efficiency during the annealing process. This results in shorter processing times and greater success - helping to promote the development of semiconductor based products.