Used AMAT / APPLIED MATERIALS Endura II #9178465 for sale

AMAT / APPLIED MATERIALS / AKT Endura II Reactor is an advanced all-metal reactor specifically designed for precision etching and deposition of advanced semiconductor materials. It features an air-tight ultra-clean chamber for contamination-free operations, an optimized thermal profile, and advanced controls for unmatched process repeatability and productivity. The reactor boasts high temperature capability, allowing for a wide variety of process operations, from low temperature thermal operations to high temperature rapid thermal processing. AKT Endura II features a dual-pump configuration for aggressive flows for high rate processes such as sputtering, preventing particles from entering the chamber and ensuring a clean, high-purity substrate. AMAT Endura II sets the industry standard for advanced process capabilities such as advanced integrated receptor motion and an in-situ gas mixing system. The state-of-the-art motion system enables up to 8 motorized positions with resolutions as low as 0.1μm and sample package compatibility ranging from 12" to 200mm. The mixing system ensures stable process conditions and repeatable results. Consistent wattages, uniform process temperatures and highly repeatable uniformity profiles can be achieved by the variable pulse power technology in APPLIED MATERIALS Endura II Endura II also offers comprehensive process control capabilities. The comprehensive plasma monitoring and data gathering of the plasma chamber enables users to closely monitor process parameters and easily repeat previously successful processes. In addition, a fully integrated, touch-screen-operated intuitive process control software makes AMAT / APPLIED MATERIALS / AKT Endura II easy to program and execute operations with great accuracy. All of these features enable users to achieve high accuracy, great repeatability and higher throughput performance, which are key for success in semiconductor etching and deposition processes. AKT Endura II is an ideal reactor for mission-critical processes in advanced semiconductor research and production.