Numerical control metal material cutting device with function of combining factory management system

Abstract

The invention relates to the machinery cutting device technical field, in particular to a numerical control metal material cutting device with a function of combining a factory management system. The numerical control metal material cutting device with the function of combining the factory management system comprises a metal material cutting device, a programmable logic controller (PLC), a switchboard, a master control computer and electronic management system software, wherein the metal material cutting device is connected with the PLC through a circuit, and the electronic management system software is operated on the master control computer. The master control computer calculates metal material cutting parameters needed by client orders through the electronic management system software, generates a cutting detail table and a cutting drawing, and sends dispatching signals to the PLC after rank calculation. After receiving the dispatching signals, the PLC combines with the switchboard to control the metal material cutting device to conduct sequential cutting according to instructions, returns messages to the master control computer if failures happen in the cutting process, and returns finishing messages to the master control computer after cutting is finished. The numerical control metal material cutting device with the function of combining the factory management system saves labor cost and manual calculation time, lowers calculation error rates, and can conveniently calculate cost and grasp quality and accuracy of end products.

Description

[technical field] [0001] The invention relates to the technical field of mechanical cutting equipment, in particular to a numerically controlled metal material cutting equipment with the function of combining a factory management system. [Background technique] [0002] Today's metal material processing plants, including the raw material cutting equipment purchased by the steel bar processing and distribution plant, all use traditional manual calculations to calculate the size and number of counts, and use the console to cooperate with the operator to assign them to the distribution trough behind the shearing machine. Usually A cutting line needs to allocate 2 to 3 manpower. Due to the increase in labor costs nowadays, manual calculation methods often lead to waste of calculation time, and in the absence of a management model, it may cause complex calculation of dimensions and cause cutting errors The situation occurs, resulting in excess material or wrong size causing waste....

AI Technical Summary

Problems solved by technology

[0002] Today's metal material processing plants, including the raw material cutting equipment purchased by the steel bar processing and distribution plant, use traditional manual calculations to calculate the size and count and cut them sequentially, and use the console to cooperate with the operator to distribute them to the distribution trough behind the shearing machine. Usually One cutting line needs to allocate 2 to 3 manpower. Due to the increase of labor cost nowadays, manual calculation method often leads to waste of calculation time, and in the absence of management mode, it may cause complicated calculation size and cause cutting errors The situation occurs, resulting in excess material or wrong size causing waste

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