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折弯机随动托料技术获重大突破，精度大幅提升
经过科研团队多年的不懈努力，折弯机随动托料技术取得了重大突破，在精度提升方面达到了一个新的高度。这一技术突破将对折弯机的性能和应用领域产生深远影响。传统的折弯机随动托料技术在精度控制上存在一定的局限性，难以满足一些对加工精度要求极高的行业需求，如航空航天、**电子制造等。而此次突破的关键在于研发团队创新性地采用了一种全新的高精度传感器和先进的闭环控制系统。新型传感器能够对板材的位置、角度和受力情况进行实时、精确的监测，采集到的数据通过高速数据传输线路传输至闭环控制系统。该控制系统运用复杂的算法对数据进行快速分析和处理，然后根据分析结果精确控制托料装置的动作，实现了托料位置和力度的精细调节。通过实际测试，采用新技术的折弯机随动托料系统在折弯精度上有了***提升。折弯角度误差可控制在±0.05°以内，相比于传统技术提高了一倍以上；板材在折弯过程中的平整度也得到了极大改善，表面误差控制在极小范围内，有效满足了**制造业对精密折弯加工的严苛要求。 目前，这一技术突破已经引起了行业内的***关注，多家**企业表示出浓厚的合作兴趣。随着该技术的逐步推广应用，有望推动折弯机在**制造领域的广泛应用，提升我国制造业的整体水平。After years of unremitting efforts by the research team, the technology of the folding machine's automatic support for materials has made a significant breakthrough, achieving a new level of precision improvement. This technological breakthrough will have a profound impact on the performance and application fields of the folding machine. The traditional automatic support for materials technology of the folding machine has certain limitations in precision control and is difficult to meet the requirements of some industries with extremely high processing precision, such as aerospace and high-end electronic manufacturing. The key to this breakthrough lies in the innovative use by the research team of a brand-new high-precision sensor and advanced closed-loop control system. The new sensor can conduct real-time and precise monitoring of the position, angle, and force of the sheet material, and the collected data is transmitted through a high-speed data transmission line to the closed-loop control system. The control system uses complex algorithms to quickly analyze and process the data, and then precisely controls the action of the support device, achieving precise adjustment of the support position and force. Through actual tests, the automatic support for materials system of the folding machine using this new technology has significantly improved the bending accuracy. The bending angle error can be controlled within ±0.05°, which is more than double compared to the traditional technology; the flatness of the sheet material during the bending process has also been greatly improved, with surface errors controlled within a very small range, effectively meeting the strict requirements of high-end manufacturing for precise bending processing. Currently, this technological breakthrough has attracted widespread attention in the industry, and many well-known enterprises have shown strong interest in cooperation. As this technology is gradually promoted and applied, it is expected to promote the widespread use of folding machines in the high-end manufacturing field and enhance the overall level of China's manufacturing industry.
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