Used LZ RAPID 16S #9389326 for sale

LZ RAPID 16S is a wafer grinding, lapping and polishing equipment designed for high efficiency in the fabrication of semiconductor wafers. It is equipped with a 16-inch rotary table, which is suitable for 8-inch and 12-inch wafers. It is powered by a single electric motor and is designed to deliver high speed, consistent results with minimal manual intervention. The system uses a combination of grinding, lapping and polishing processes, working together to achieve desired results. The grinding process consists of rotating the wafer in a rotary table and applying an abrasive disk to the wafer in order to grind and shape the wafer to the desired dimensions. The lapping process involves using lapping film on the wafer surface to smooth and flatness the wafer surface. The polishing process involves applying a polishing agent to the wafer surface. This process is effective in removing scratches and pits while still maintaining the desired dimensional accuracy. 16S is designed for uniform and repeatable results. Its multi-axis capability allows for precise control of the grinding, lapping and polishing processes. This ensures that the desired size and shape of the wafer is achieved with minimal manual intervention. Additionally, the unit is designed to reduce the cost of production and achieve consistent results even with different wafers. The machine is equipped with safety features including an anti-spark mechanism that prevents sparks from creating a hazardous environment. It can also be fitted with a water cooling tool, which prevents the wafer surface from reaching high temperatures during the grinding process. It is designed for quick and easy set up for rapid changeovers and is compatible with a range of abrasives. LZ RAPID 16S is also designed for minimal maintenance. Its parts are designed to be easily replaced when needed, ensuring a long-term performance from the asset. Additionally, its design reduces the need for frequent lubrication and ensures consistent quality results over the long run.