Used AMAT / APPLIED MATERIALS Centura eMax CT+ #9384969 for sale

AMAT / APPLIED MATERIALS Centura eMax CT+ is an advanced chemical vapor deposition (CVD) reactor specifically designed to meet the demanding requirements of semiconductor device fabrication. This high performance tool utilizes a unique combination of best-in-class technologies and cutting-edge engineering to deliver superior uniformity, accuracy and repeatability. The CT+ boasts a number of features, including a compact, streamlined design which enables the highest levels of performance within a given footprint. Additionally, the CT+ makes precision adjustments to create and maintain optimal deposition recipes. AMAT Centura eMax CT+ is an advanced laboratory-scale CVD reactor system, which utilises a high performance, low temperature plasma source for deposition and etching processes. This reactor is capable of fabricating multiple layers of integrated micro/nanostructures on a single substrate. The CT+ features an integrated furnace system for heated substrates and substrate foils, as well as a separate etching chamber for atomic layer deposition. The tool's robust design allows for temperatures from 200°C to 1150°C to facilitate a wide range of processes. The CT+ benefits from a range of advanced technologies, including phased locked loop (PLL) frequency control, embedded programmable logic, digital network control and DC bias control. These unique capabilities allow extreme accuracy and repeatability of process parameters. Additionally, the CT+ offers gas manifold and dispense systems for stable and repeatable gas delivery. The CT+'s design also allows the user to change or modify the chamber configuration quickly and easily. In conclusion, APPLIED MATERIALS CENTURA E-MAX CT+ is an advanced, high-performance CVD reactor specifically designed for semiconductor device fabrication. Its unique combination of technologies and superior design enables superior uniformity, accuracy and repeatability for all deposition and etching processes. The CT+'s small footprint further makes it an ideal choice for laboratories which need to maximize their space.