MX machinery:
The transmission structure of the high-speed toothbrush hair planting machine consists of a main drive shaft and four servo drive shaft systems. The four servo axes are the horizontal X axis, the vertical Y axis, the flap Z axis and the 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 color of the toothbrush. When the spindle motor is running, the four electronically controlled servo axes follow the movement, and when the main shaft stops, the remaining four axes follow the stop. The rotational speed of the main shaft determines the speed of hair planting, and the four servo axes respond to the requirements of coordinated drive, otherwise hair removal or uneven hair will occur. The application of Delta Dentsu's high-precision electrical servo control can achieve a hair planting speed of 1000 times per minute, and can also achieve jumping hole planting.
At present, the structure of hair planting electromechanical control system is mainly divided into single chip control system or CNC numerical control system. Among them, the single-chip control system is mainly based on the integrated supporting services of automation system manufacturers, supplemented by the independent research and development of toothbrush equipment manufacturers. Most of the CNC systems with superior performance and performance are imported brands such as Delta's PUTNC-H2P and Europe and Japan.
Because the signal maintenance time of the device's pin-barrier parking will be relatively short (minimum 5MS), in order to achieve the result of fast parking, the system may not respond to the signal without giving the corresponding on the screen. Reminder, so once the user finds that the device stops the task without any reminder information and displays 'the device is running normally' and the operation indicator light is also on, it can be directly judged as needle barrier parking, or the needle barrier sensor is faulty.
The hair planting machine is a hair planting processing equipment for various brush products such as toothbrushes, hair dye brushes, hair combs, wire
brush machine factory, fruit washing machine roller brushes, and brush rollers for bristles. The earliest hand-cranked hair-planting machine was later developed into an electric hair-planting machine. With the development of automation, various computer numerical control high-speed hair-planting machines have been developed.
The machine head is the main mechanical part of the hair planting machine. The main actions of the hair planting are: hair removal, thread cutting, iron wire forming, iron wire tying the brush wire, and implanting the brush wire into the hole. The machine head mainly realizes the above main actions through the connecting rod and cam structure. Equipment positioning accuracy, such as: table positioning accuracy, whether there is a gap in the mechanical structure, repeatability from slow to fast during processing, what pusher and motor are used for the control system, etc.
Do a good job in the daily maintenance of the equipment, keep the equipment clean, clean up dust, debris and waste in time, add lubricating oil in time, and do a good job of preventing wear and rust. Regularly check vulnerable parts and replace excessively worn parts in time to avoid affecting product quality due to parts wear. Regularly check the equipment lines and replace the worn lines in time.
The operator should often add lubricating oil to the moving parts of the hair planting machine to reduce mechanical wear. Regularly check whether the screws are loose, and lock them in time. Keep the guide rails and screw rods clean to avoid sundries adhering to the guide rails or screw rods, which will affect the accuracy of work positioning. Ensure that the electrical box works in a ventilated environment, avoid humid or high temperature environments, and prevent the electrical box from vibrating violently. The electric box cannot work in the environment of strong electromagnetic field, otherwise uncontrolled situation may occur. The four servo axes are the horizontal X axis, the vertical Y axis, the flap Z axis and the 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 color of the toothbrush. When the spindle motor is running, the four electronically controlled servo axes follow the movement, and when the main shaft stops, the remaining four axes follow the stop. The rotational speed of the main shaft determines the speed of hair planting, and the four servo axes respond to the requirements of coordinated drive, otherwise hair removal or uneven hair will occur.
MX machinery: mxbrushmachinery.com
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