Used AMAT / APPLIED MATERIALS 0040-77771 #9047010 for sale

AMAT / APPLIED MATERIALS 0040-77771 is an etcher/asher, a piece of lab equipment used for precisely etching material surfaces. It utilizes the principles of particle-induced etching and ashing to enable the removal of small areas of material, layer-by-layer. This technique is often used to create microstructures for scientific testing. AMAT 0040-77771 uses a combination of chemical priming chemistry and vacuum processing to perform both etching and ashing. This combination creates high-precision nanostructured surfaces that remain chemically stable in post-etching treatments. The results are consistent, reproducible and highly reliable. The unit features a large chamber of approximately 5" diameter that accepts up to 6" of material to be etched and ashed. A vacuum pump with a pressure range of 10 - 6 Torr maintains the optimal operating pressure inside the chamber. This range allows for both cleaning and etching of a wide range of materials. A set of 4 gas lines (Argon, Oxygen, CF4, Ammonia) can be used to inject chemicals during the etching and ashing processes. The etching/ashing process is enhanced by AMAT patented controlled-acceleration technology, which increases transfer efficiency of reactive ions and focused beams into the substrate. This technology minimizes overexposure in areas of intense complexity, and prevents crystallization and scintillation of etched surfaces. APPLIED MATERIALS 0040-77771 is an ideal platform for performing research-oriented etching/ashing. It can be configured with a wide array of accessories to extend the unit's capabilities, including optical systems, optical microscopy, interferometry, trace analysis, and chemical vapor analysis. The unit also offers excellent support for automation of etching/ashing processes, featuring an HD digital enhanced imaging system and user-defined software programming module. 0040-77771 is a powerful etcher/asher for precisionmaterial removal. It features a robust build, a large process chamber, and a strong emphasis on transfer efficiency. Its combination of chemical priming chemistry and vacuum processing make it an ideal product for research and testing, and its user-defined software programming allows for automated processes.