Used NAICHI FUJIKOSHI 9B-5L #9276671 for sale

NAICHI FUJIKOSHI 9B-5L
ID: 9276671
Double sided lapping system.
NAICHI FUJIKOSHI 9B-5L is a state of the art wafer grinding, lapping and polishing equipment designed to improve overall process excellence and wafer yield. The system consists of an advanced design with a base unit configuration that includes two work-stations: a grinder, and a lapper/polisher and several optional accessories. The grinder is a multi-axis design featuring a robust and unique grinding wheel spindle that offers high horsepower with very low vibration across all grinding modes. The grinder also has advanced protective features that allow it to safely grind even the most delicate wafer materials with excellent surface finish capability, resulting in lower costs. It is designed for both manual and automated grinding, allowing for quick and easy wheel changes, as well as providing very high efficiencies with minimal grinding pressure and consumable usage. The lapper/polisher is designed to provide high quality surface finish on a wide variety of wafer materials. It is a 3-axis machine, with manual as well as automatic operation control, that allows for effective auto-load/unload, and extremely fast cycle times. It features a 25 liter slurry tank, and lever adjust and lock-in lapping/polishing features. The primary benefit of this lapping/polishing tool is that it allows users to achieve a consistent surface finish, regardless of wafer material type and thickness. The unit also includes a range of optional accessories which provide enhanced capabilities for the user. These include auto-dressing systems, dynamic wafer chucking systems, and polishing pads. These are designed to further improve throughput and efficiency, with automated processes that allow for quick and easy operation with minimal operator intervention. Overall, 9B-5L helps to reduce grinding/polishing time and costs while providing high quality outputs with very precise surfaces. It is ideal for users with a wide variety of wafer materials, helping to increase overall process efficiency and effectiveness.
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