The present invention discloses an automatic
chip insertion machine, which comprises a device rack, a basket tool rotating device, a
silicon chip lifting device, an air blowing port, a
silicon chip box, a fixed bottom plate, a sucking disc reclaiming device, and a
silicon chip in-basket device. The basket tool rotating device is arranged on the device rack and comprises a hollow turntable, a conductive
slip ring, a
rotating disc, a button switch, a micro switch, a bearing box, and a bearing box positioning block. The conductive
slip ring is connected with the hollow turntable. The hollow turntable is connected with the
rotating disc. The bearing box positioning block is fixed onto the
rotating disc through a bolt. The
silicon chip lifting device comprises a material-ejection
servo sliding table, a material-ejection supporting rod, a material-ejection block and a first detection switch. The material-ejection
servo sliding table is connected with the material-ejection supporting rod. The material-ejection supporting rod is connected with the material-ejection block. When the automatic chip
insertion machine is put to use, the manual operation of silicon chips is substantially abandoned, so that the manual chip-by-chip operation is avoided. Therefore, not only the
breakage rate of silicon chips is reduced, but also the production efficiency is greatly improved.