This invention discloses a
cutting control system for a stainless steel
pipe manufacturing
production line. This invention relates to the field of stainless steel
pipe cutting technology and solves the technical problems of delayed and crude anomaly identification and lack of stability monitoring under
normal conditions. The invention collects manufacturing requirement parameters through a
cutting parameter analysis module and automatically calls preset matching parameter combinations from the
database to complete initial calibration. This method not only eliminates parameter deviations caused by experience differences, shortens initialization time, and improves parameter matching, but also increases the initial accuracy compliance rate of kerf width, kerf
diameter, etc. It collects actual operating parameters at
high frequency, compares them with the allowable error range, and generates anomaly adjustment signals in real time, shortening the
anomaly detection time and reducing the defect rate. It calculates the standard deviation of fluctuations for parameter differences under normal operating conditions, triggers
instability warnings based on fluctuation thresholds, and handles warnings in three levels according to the number of warnings, reducing the incidence of sudden anomalies.