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The popularization and acceleration of intelligent hot-rolling punch presses empower the refined upgrading of the metal forming industry
Apr 02,2026
With the continuous iteration and upgrading of downstream industries such as high-end equipment manufacturing, new energy vehicles, and construction machinery, the market has put forward higher requirements for the forming accuracy, production stability, and green and low-carbon levels of metal components. As the core equipment for metal hot forming processing, the hot rolling press, with its outstanding high-temperature shaping processing capabilities, has gradually moved away from the traditional extensive production mode and comprehensively upgraded towards intelligence, precision and energy conservation, becoming a key device supporting the high-quality development of the metal forming industry.
Traditional hot-rolling punch presses mostly adopt mechanical transmission structures, which have problems such as large fluctuations in stamping accuracy, high energy consumption, and weak process adaptability, making it difficult to meet the current batch production demands of high-end components. The new generation of intelligent hot-rolling press has completed the comprehensive optimization of its core structure and control system. It is equipped with a servo hydraulic drive system, discarding the redundant structure of traditional clutches and flywheels. Through the direct drive mode of servo motors, it achieves precise control of stamping parameters. Industry test data shows that the upgraded hot-rolling press can reduce power consumption by 30% to 50% under normal production conditions, and increase equipment response speed by more than 40%. This effectively addresses the pain points of high energy consumption and delayed response of traditional equipment, and is suitable for the operation requirements of high-rhythm and multi-station automated production lines.
In terms of precision control, the new type of hot-rolling press adopts a split-type ductile iron casting body, combined with a four-point straight-line transmission structure. The rigidity of the body is significantly enhanced, which can effectively counteract the vibration deviation during the stamping process. The processing accuracy can reach the industry's top-level standard, far exceeding the precision level of traditional equipment. Meanwhile, the equipment is equipped with an intelligent adaptive control system, featuring multiple standardized stamping process modes. Staff only need to simply set basic parameters such as stamping speed, processing stroke, and start and end positions. The system can then adaptively adjust the stamping curve through AI algorithms, precisely matching the corresponding processing speed and pressure parameters for different processes such as blanking, bending, stretching, and forging. Significantly reduce the cost of manual debugging.
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