The hair transplanting machine is a hair transplanting processing equipment for various brush products such as toothbrushes, hair combs, wire brushes, fruit washing machine roller brushes, and grinding brush rollers. The earliest was a hand-cranked hair transplanting machine, and later developed into an electric hair transplanting machine. With the development of automation, various computer numerical control high-speed hair transplanting machines have now been developed.
The head is the primary mechanical part of the hair transplanting machine. The primary actions of hair transplanting are: taking hair, cutting wires, iron wire forming, iron wire tying brush wires, and implanting brush wires into holes. The head mainly completes the above primary actions through the connecting rod and cam structure. Equipment positioning accuracy, for example: workbench positioning accuracy, whether there are gaps in the mechanical structure, repetitive accuracy from slow to fast during processing, what kind of actuator and motor is used in the control system, etc.
Do a good job in daily maintenance of the equipment, keep the equipment clean, clean dust, debris, and waste in time, add lubricating oil in time, and do a good job of anti-wear and anti-rust. Check the vulnerable parts regularly, replace the excessively worn parts in time, and avoid affecting the product quality due to the wear of parts. Check the equipment circuit regularly and replace the worn circuit in time.
The operator should often add a drop of lubricating oil to the moving parts of the hair transplanting machine to reduce mechanical wear. Check the screws regularly to see if they are loose and tighten them in time. Keep the guide rails and screws clean to prevent debris from adhering to the guide rails or screws, which will affect the accuracy of the operation positioning. Ensure that the electric box works in a ventilated environment, avoid humid or high temperature environments, and avoid violent vibrations of the electric box. The electric box cannot work in a strong electromagnetic field environment, otherwise it may be uncontrolled.
The four servo axes are the horizontal X-axis, the vertical Y-axis, the flap A-axis and the hair replacement Z-axis. The XY axis coordinates determine the position of the toothbrush hole, the A-axis plays the role of replacing the next toothbrush, and the Z-axis plays the role of changing the color of the toothbrush. When the spindle motor is working, the four electric control servo axes follow the operation, and when the spindle stops, the other four axes stop. The speed of the spindle determines the speed of hair transplanting, and the four servo axes respond to the requirements and drive in coordination, otherwise the hair will fall off or be uneven.
