Used STUDER RHU 400 #9257330 for sale

ID: 9257330
Cylindrical grinding machine Model: 10HC-2500.
STUDER RHU 400 is a wafer grinding, lapping, and polishing equipment designed for use in various manufacturing applications. It is suitable for grinding, lapping, and polishing of wafers ranging from 150mm to 450mm in diameter. It is designed to process up to 800 wafers per hour and can achieve surface processing results that are suitable for the most challenging semiconductor applications. The system is capable of achieving a surface roughness of less than 10nm Ra and a surface finish of less than 1Ra. It can also perform deburring and mirror polishing on wafer edges and other intricate surfaces. The unit is designed with features that enable precise control of the mechanical grinding and polishing processes. It is also capable of accommodating and fine-tuning these processes to match changing requirements. A special feature of RHU 400 is its thermal monitoring and control machine. This tool ensures that the asset operates within a controlled temperature envelope to enable consistent and reliable results. The model is also equipped with a user-friendly software interface that allows operators to intuitively control the various grinding and polishing functions. This software also enables users to monitor production parameters. The equipment is designed to deliver high-precision results combined with excellent repeatability and flexibility. It is equipped with an electronic drive system that can control grinding and polishing operations with speeds up to 1,200rpm. STUDER RHU 400 has a modular design, allowing users to configure it to meet specific requirements. The unit is able to work with any semiconductor materials and has an excellent wear resistance, enabling it to process higher volume batches with greater efficiency and accuracy. RHU 400 is an excellent choice for various semiconductor wafer processing applications. Its modular design, thermal control, advanced software interface, and grinding and polishing capabilities make it ideal for both high-volume and precision jobs.
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