Used AMAT / APPLIED MATERIALS 0010-03254-003 #293797389 for sale

AMAT / APPLIED MATERIALS 0010-03254-003 is an in-situ, single-wafer reactor designed for use in chemical vapor deposition (CVD) processes. It is a fully integrated equipment designed to provide a consistent and reliable solution for CVD needs. The system is outfitted with a broad range of process parameters to enable the most effective results in the minimum amount of time. This unit features the ability to offer excellent results from a variety of known processes, making it a great choice for research and production laboratory environments. It has a high degree of flexibility, allowing for the quick changeover of process recipes, allowing it to be adapted easily and quickly to changing customer needs. The heater features an auto-adjustable programmable temperature zone that ensures repeatable and predictable results. It features an advanced lid-clamp design which provides a high degree of uniformity in the process and increases throughput rates. The power of the unit is provided through a 4.0KW multiple RF generator that is capable of delivering the wattage needed for the application. It includes an automated process control unit which ensures a consistent, uniform energy field during any application. Other features include a low thermal budget, an automated gas flow delivery, and a data logging machine enabled for the tool. The unit is designed with safety in mind. It features temperature protection and over-power protection systems that are designed to prevent any accidents. The asset also includes a four-digit personal identification number (PIN) feature that prevents unauthorized use. The model also includes a number of safety interlocks and switches that enhance the safety of the unit during operation. Overall, AMAT 0010-03254-003 is a reliable and advanced piece of equipment designed to help laboratories reliably conduct complex CVD processes. It is well suited to research and production laboratories, and is a smart choice for those looking to produce optimum results in the shortest time.