An Industrial Grinding Machine for Electronic Components Equipped with a PLC Automatic Control System and a Recovery Line
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- Issue Time
- May 25,2026
Summary
The SPD750 chip grinding machine has a production capacity of 100-200 kilograms per hour, with micron-level precision, complies with E7 safety standards, operates stably and is easy to operate, and is suitable for mass production processing of various types of semiconductor workpieces.
The SPD750 chip grinding machine is a high-end precision processing equipment specially developed for the precise thinning and polishing processes of semiconductor chips and wafers. It can precisely adapt to core production links such as wafer manufacturing and chip packaging, significantly enhancing the yield of chip processing and the overall performance of the machine. This equipment is equipped with a high-precision intelligent grinding control system. The processing capacity of a single machine can reach 100-200 kilograms per hour, with thickness control accuracy at the micrometer level. The output sizes cover the standard specifications of 1×1mm² and 2×2mm², and it also supports personalized customization. It can effectively prevent defects such as chip chipping and scratches, ensuring a smooth and flat processing surface. It fully meets the strict processing standards of high-end chips. The equipment adopts a stable transmission structure combined with a variable frequency speed regulation design, ensuring smooth operation and extremely low noise. It complies with the DIN 66399 standard E7 safety level, balancing efficient processing and operational stability, and can meet the demands of long-term continuous batch production. The machine body layout is compact and reasonable, the operation interface is simple and intuitive, and the workpiece clamping is simple and fast. It can quickly adapt to various specifications of silicon wafers and wafers. In addition, the equipment is equipped with a complete safety protection and intelligent fault early warning system, which significantly reduces the difficulty of later operation and maintenance and effectively extends the service life of the equipment. This model is widely used in fields such as integrated circuits, semiconductor components, and optical chips. It is a dedicated equipment that is efficient, stable, and reliable in the precision processing of chips, helping the semiconductor industry improve quality and efficiency and achieve lean production.