What is the operating procedure of the hair planting machine?

The regulator outputs a 200 volt AC to provide a transformer of 100 kV, one end of the transformer is grounded, and the other end is connected to the screen inside the wooden box. Put the barrel containing the slurry in the mixing barrel, tighten the lid of the barrel, then connect the air source and the spray gun, and then turn over the air source, and the fan blades in the shilling mixing barrel will stir the slurry evenly. Put the rubber parts that need to stop the wool planting processing into the glue mold, then put them into the extraction box, open the spray box, spray a lot of glue on the glue parts, and then take the rubber pieces out of the glue mold and put them on the pendant stick.
Put the wooden stick into the wool planting box, step on the switch, connect the power supply, so that the screen sucks up the fluff under the high pressure of static electricity. Then put the part that needs to be planted down, and keep swinging against the flutus, so that the fluff can reach uniform and sufficient adsorption of rubber parts for a period of time. Put the rubber pieces that used to be planted with the wooden stick into the furnace, dry the glue from the furnace to take out the stick, and then take out the rubber piece from the wooden stick and put it away, and after the rubber parts cool to room temperature, the surface of the wool planting will be liquidated.

The transmission structure of high-speed toothbrush hair grafting machine consists of a main drive shaft and four servo drive shaft systems. The four servo axes are degree X-axis, vertical Y axis, flap Z-axis and hair changing U-axis. The XY two-axis coordinates determine the position of the toothbrush hole, the Z axis plays the role of changing to the next toothbrush, and the U axis plays the role of changing the bristle color of the toothbrush. When the spindle motor is running, the four electronically controlled servo axes follow the operation, and the spindle stops and the other four axes are aborted. The speed of the spindle determines the speed of hair grafting, and the four servo axes respond to requests for harmonious drive, otherwise it will show hair removal or uneven hair.