What is the principle of the toothbrush tufting machine?
- Categories:Company news
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- Time of issue:2021-12-14
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(Summary description)The four servo axes are horizontal 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 toothbrush hair color. When the spindle motor is running, the four electronically controlled servo axes will follow-up and the remaining four axes will follow-up and stop when the spindle stops. The rotation speed of the main shaft determines the speed of planting hair, and the four servo axes respond to the coordinated drive, otherwise there will be hair loss or uneven hair. The application of Delta Dentsu's high-precision electrical servo control can achieve 1,000 times per minute hair transplantation speed, and can achieve jump-hole hair transplantation.
What is the principle of the toothbrush tufting machine?
(Summary description)The four servo axes are horizontal 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 toothbrush hair color. When the spindle motor is running, the four electronically controlled servo axes will follow-up and the remaining four axes will follow-up and stop when the spindle stops. The rotation speed of the main shaft determines the speed of planting hair, and the four servo axes respond to the coordinated drive, otherwise there will be hair loss or uneven hair. The application of Delta Dentsu's high-precision electrical servo control can achieve 1,000 times per minute hair transplantation speed, and can achieve jump-hole hair transplantation.
- Categories:Company news
- Author:
- Origin:
- Time of issue:2021-12-14
- Views:0
The four servo axes are horizontal 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 toothbrush hair color. When the spindle motor is running, the four electronically controlled servo axes will follow-up and the remaining four axes will follow-up and stop when the spindle stops. The rotation speed of the main shaft determines the speed of planting hair, and the four servo axes respond to the coordinated drive, otherwise there will be hair loss or uneven hair. The application of Delta Dentsu's high-precision electrical servo control can achieve 1,000 times per minute hair transplantation speed, and can achieve jump-hole hair transplantation.
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