Sheet rolling is the core process of metal sheet processing and is widely used in many fields such as shipbuilding, pressure vessels, steel structure buildings, and hardware equipment. The traditional plate rolling production line relies on manual labor to complete processes such as plate flipping, alignment, and direction adjustment, which has problems such as high operational intensity, low alignment accuracy, slow production cycle, and easy plate damage from bumps. These issues seriously restrict the large-scale and refined development of plate processing. The iterative upgrade and large-scale application of the automatic head rolling mill have completely transformed the traditional manual assisted rolling mode, achieving full-process automated operations for plate turning, alignment, and rolling, and injecting new impetus into the quality improvement and efficiency enhancement of the plate processing industry.
The new generation of automatic rotary head plate rolling machine integrates machine vision recognition, servo precise control and intelligent PLC linkage technology, and builds a fully automated plate processing system. The equipment is equipped with high-precision industrial cameras and deep learning image recognition systems, which can collect real-time information such as the shape and size, placement Angle, and edge position of the slab. Through intelligent algorithms, it can quickly calculate the optimal rotation Angle and alignment parameters, automatically complete the 90-degree and 180-degree precise turning of the slab, and achieve precise alignment rolling of the slab without manual intervention. Compared with the traditional manual operation mode, the alignment accuracy of the plates has been significantly improved, completely eliminating the deviation problems caused by manual alignment, and effectively ensuring the uniformity of the plate rolling thickness and the flatness of the plate surface.
In terms of equipment structure and operational performance, the automatic rotary head plate rolling mill adopts a combined drive structure of upper and lower rolls, combined with a side roll hydraulic control system, which can precisely control the deformation of the plate. It can complete the rolling processing of flat plates, arc-shaped plates, conical plates and various special-shaped plates, with the minimum rolling diameter reaching 50 millimeters. The product adaptability range is very wide. The equipment supports single-feeding pre-bending and fully automatic continuous rolling processes, eliminating the need for repeated flipping and feeding of plates. This significantly simplifies the production process, shortens the processing flow, and effectively enhances the overall operational efficiency of the production line. Meanwhile, the body is made of high-strength alloy material, with a stable structure. During operation, it has minimal vibration and strong stability, which can meet the demands of long-term continuous batch production.
The intelligent control system is the core highlight of the automatic head rolling mill. The equipment is equipped with a touch intelligent operation terminal, which can monitor various operation parameters such as rolling speed, pressure, plate thickness and turning Angle in real time. It supports one-click storage, retrieval and modification of parameters, and is suitable for the processing requirements of plates of different specifications. For metal plates of different materials, the system can automatically match the corresponding rolling process parameters, achieving flexible production and effectively solving the problems of poor process adaptability and cumbersome model changing of traditional equipment. In addition, the equipment is equipped with an intelligent self-checking and alarm system for faults, which can promptly identify potential operational risks of the equipment, predict fault risks in advance, reduce the probability of equipment downtime, and ensure the stable operation of the production line.