How high-speed punching can detect bottom dead center through dynamic displacement data collection system

The high-speed punch dynamic displacement data collection system currently on the market has a waveform measurement function, which can be used to measure (observe) successive vertical bottom dead center displacement waveforms, and detect them in the set [sampling period] and measurement time.
What is the high-speed punch dynamic displacement data collection system? What are the functions of the high-speed punch dynamic displacement data collection system:
1 Data survey for the introduction of the punch.
2 According to the combination test of bottom dead center and displacement.
3 comparison of bottom dead center variation with frame, mold temperature and oil temperature.
4 Improve the use of existing presses to improve the level of machined parts.
5 Take countermeasures against the change in temperature according to the temperature change of the high-speed punch.
6 for high-speed punching and regular inspection of molds.
7 Test the dynamic accuracy of the bottom dead center according to the change of the number of revolutions of the high speed punch.
8 feedback on mold design and processing data.
9 Make design data that takes into account the weight of the center of gravity.
10 select the stripper as a more efficient location for the proximity body. Use the first rebound mode more effectively.

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