How does the automatic glue injection robot high-speed toothbrush hair transplanting machine ensure that the implantation position error of each bristle is controlled within a very small range?
Publish Time: 2025-02-13
In terms of high-precision hair transplantation, the automatic glue injection robot high-speed toothbrush hair transplanting machine uses a series of precise design and control methods to ensure that the implantation position error of each bristle is controlled within a very small range.Mechanical structure design:The transmission structure of the hair transplanting machine is usually composed of a main drive shaft and multiple servo drive shaft systems. The precise coordinated movement of these servo axes (such as horizontal X-axis, vertical Y-axis, flap Z-axis, etc.) determines the position of the toothbrush hole and the accuracy of hair transplantation.The head is the main mechanical part of the hair transplanting machine. Through the connecting rod, cam structure, etc., it realizes the actions of hair removal, wire cutting, iron wire forming, iron wire tying brush wires, and implanting brush wires into holes. The precise design of these structures ensures the accuracy and stability of the hair transplantation action.Control system:The high-precision electrical servo control system is the key to achieving high-speed and high-precision hair transplantation. This system can precisely control the movement of each servo axis to ensure that they respond quickly in a coordinated manner, thereby achieving high-speed hair transplantation while maintaining extremely high accuracy.The control system may also use advanced algorithms and sensor technology to monitor and adjust various parameters in the hair transplantation process, such as position, speed and force, in real time to further reduce errors.Daily care and maintenance:Daily care of the equipment is essential to maintain hair transplantation accuracy. This includes regular cleaning of dust, debris and waste, adding lubricating oil to reduce mechanical wear, and regular inspection of vulnerable parts and timely replacement.Keeping the guide rails and lead screws clean and accurate is also an important factor in ensuring the accuracy of hair transplantation position. Any debris adhesion or mechanical clearance may lead to increased positioning errors.Software optimization and calibration:The hair transplantation machine may be equipped with special software for writing and optimizing hair transplantation programs. These software can accurately calculate the hair transplantation position and force based on parameters such as the model of the toothbrush, the material and length of the bristles.Regular software calibration and updates are also important means to ensure hair transplantation accuracy. Calibration can eliminate the accumulation of errors caused by equipment aging or environmental changes.Quality control and testing:During and after the hair transplantation process, strict quality control and testing are required to ensure that the implantation position of each bristle meets the design requirements. This can be achieved through various testing methods, such as visual inspection systems, laser rangefinders, etc.For toothbrushes that do not meet the requirements, they need to be reworked or scrapped in time to avoid entering the market and affecting user experience.In summary, the automatic glue injection robot high-speed toothbrush hair transplanting machine ensures that the implantation position error of each bristle is controlled within a very small range through precise mechanical structure design, high-precision electrical servo control system, strict daily care and maintenance, software optimization and calibration, and quality control and testing. These measures together constitute the technical guarantee for high-precision hair transplantation of the hair transplanting machine.
