Used CANNON FPA 1550 Mark IV #293665023 for sale

CANNON FPA 1550 Mark IV
ID: 293665023
Steppers.
CANNON FPA 1550 Mark IV is an advanced wafer stepper designed to facilitate semiconductor mask alignment and lithography processes during the production of semiconductor chips. FPA 1550 Mark IV is capable of providing an exceptionally high numerical aperture optics equipment, which enables it to deliver precise alignment of alignment marks and photographs of circuit patterns onto a wafer. This high numerical aperture system also allows for resolutions down to 0.2 microns. CANNON FPA 1550 Mark IV has an emission source of 600W Xenon arc lamp and uses its unique automatic alignment and exposure unit to achieve fully automated alignment and exposure control. It can detect pattern matching patterns up to nineteenth magnitude with its advanced alignment algorithm, making the production of sophisticated and complex semiconductor designs possible. It also includes advanced features such as synchronization, with a timing sequence machine that can automatically synchronize exposure and alignment operations. FPA 1550 Mark IV uses special optics and stages to accurately move and rotate the wafer and to align wafer patterns. It has a well-engineered hardware platform, with multi-threading capability that can process a high number of patterns accurately in a compact environment. It also features a high-speed positioning tool, capable of moving and manipulating the stage with no additional hardware modules. Its design also allows multiple units to be networked together to form productive and flexible patterns. CANNON FPA 1550 Mark IV is an advanced solution that provides excellent performance for mask and lithography alignment processes. It is designed for precision and high resolution requirements and features advanced alignment algorithms, ensuring precision, accuracy, and repeatability. By making use of its high numerical aperture asset, FPA 1550 Mark IV can reach resolutions down to 0.2 microns, making it the perfect solution for the production of advanced semiconductor chips.
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