Self-adaptive control technology and components of leveler
In terms of manufacturing and structural design, the straightening machine is effectively developing towards its modularization direction, which can serialize, generalize and standardize the manufacture of typical parts and components. The straightening machine can effectively combine the building block design of the combined machine tool. Effectively applied to the overall design of the machine tool.
The straightening machine can effectively design the components of a certain machine tool into many and modular parts, and the equipment can effectively form machine tools of various forms and different uses through its combination. Their own products are more precise in the process of use.
The straightening machine effectively applies its adaptive control technology, which can effectively make the equipment effectively automatically adjust various relevant working parameters at any time according to the changes of cutting conditions, cutting age, etc., so that the equipment can always be maintained in the process of processing. its working status.
The self-adaptive control technology of the straightening machine is mainly that its numerical control system can effectively modify the cutting feed of the equipment according to the changes of a series of actual parameters such as its tool, workpiece, and machine tool during the processing process, which can make the machine tool. It can adapt to any instantaneous change of various random variables in the processing process.
The current numerical control system is effectively developing towards its intelligent direction. The straightening machine can effectively realize the functions of automatic detection and tool replacement, automatic centering, self-repair, fault self-diagnosis, etc. Machine dialogue automatic programming and image recognition.
The high reliability of the numerical control system can effectively improve the reliability of the straightening machine to a certain extent. completed hardware system.
