Used LAM RESEARCH 2300 Metal #293752355 for sale

ID: 293752355
Vintage: 2007
Etcher 2007 vintage.
LAM RESEARCH 2300 METAL Etcher/Asher is an advanced equipment designed for processing a wide range of materials, including metals, ceramics, and semiconductors. The unit offers exceptional consistency, repeatability, and process control, making it one of the most reliable etching and ashing systems available today. At the heart of the system is LAM's proprietary three-chamber design, which significantly improves uptime while ensuring fine control over the entire etching and ashing process. This quarter-foot unit can process anywhere from 3"x3" wafers to 12"x12" ones, allowing for both small-scale and large-scale production. Furthermore, the ergonomic design allows for easy loading and unloading of materials and enables quick adaptation to job changes. Utilizing a halogen-free, low-pressure chamber runtime of only 15 minutes, 2300 METAL Etcher/Asher offers unbeatable cycle times and efficiency. Thanks to the gas flow delivery unit, a reliable process uniformity is maintained which significantly improves results. Moreover, a low-sputter O2 plasma and T-RIE allows for fine etching down to 4.2um precision and superb passivation performance. The dual receiver cassette ensures minimal contamination, while nitrogen blanketing and other safeguards prevent any kind of impurities from entering the chambers, preserving product quality. The intuitive graphical user interface integrated into LAM RESEARCH 2300 METAL Etcher/Asher allows the user to quickly and effortlessly program the device for a wide range of different processes. Finally, a comprehensive, remote analysis and diagnostic machine ensures maximum process performance and reliability. In summary, the reliable and powerful 2300 METAL Etcher/Asher is the perfect choice for both prototyping and high-volume applications. Offering superior accuracy, unbeatable cycle times, and excellent process control, it is an ideal instrument for cost-effective etching and ashing of metals, ceramics, and semiconductors.
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