Trusted Brand Hitachi Lp12-ii Wafer Load Port Station Fem-312 Efem Working Surplus Enjoy 85% Off [xoDzYjZE]

Hitachi LP12-II Wafer Load Port Station: Advanced EFEM Solution

The Hitachi LP12-II Wafer Load Port Station FEM-312 EFEM is a state-of-the-art surplus equipment designed for precision handling and transportation of wafers in semiconductor manufacturing. This versatile station is a crucial component of the FEM-312 EFEM Equipment Front End Module, renowned for its reliability and efficiency. With key features such as Wafer Alignment Unit and high-precision components like HT98822, BD14, HT98312, BD12, DFR1507, and RD-023MS, the LP12-II delivers exceptional performance in wafer processing. Its robust design ensures stable operation, making it an ideal choice for semiconductor manufacturers seeking a reliable and high-quality wafer handling solution.

Technical Specifications and Benefits

The Hitachi LP12-II features a robust PCB with part numbers HT98822, BD14 (Qty. 2), and HT98312, BD12, ensuring durability and precision. The Oriental Motor Part No: DFR1507 and Rorze 2P Micro Step Drive Part No: RD-023MS contribute to the station's exceptional performance. With a physical condition that is good despite signs of previous use, this surplus equipment offers exceptional value. The LP12-II comes with a 90-day warranty, providing peace of mind for buyers. Its estimated packed shipping dimensions are 64"x30"x34" @ 300 lbs., making it suitable for shipping via freight.

Applications and Target Audience

The Hitachi LP12-II Wafer Load Port Station is perfect for semiconductor manufacturers seeking to enhance their wafer handling capabilities. With its advanced features, this surplus equipment offers numerous benefits, including improved efficiency, reduced downtime, and enhanced productivity. Whether you are a small-scale or large-scale semiconductor manufacturer, the LP12-II can meet your wafer handling needs. By investing in this reliable and high-quality surplus equipment, you can ensure seamless wafer processing and stay ahead in the competitive semiconductor industry.