纯电折弯机与随动托料技术突破，为汽车制造提供新动力

随着汽车制造业对零部件精度和生产效率要求的不断提高，相关加工设备的技术革新也成为行业发展的关键。近日，陇博智能科技有限公司一项针对汽车制造领域的纯电折弯机与随动托料技术取得重大突破，为汽车零部件的生产带来了新的动力。此次技术突破主要体现在纯电折弯机的驱动系统和随动托料的智能控制方面。新型纯电折弯机摒弃了传统的液压驱动方式，采用了更先进的永磁同步伺服电机驱动，配合高精度的滚珠丝杠传动，不仅提高了折弯机的响应速度和定位精度，还减少了能源消耗和设备维护成本。在汽车零部件加工中，能够实现对各种复杂形状的金属板材进行高精度折弯，确保零部件的尺寸精度和质量稳定性。与之配套的随动托料系统则采用了AI智能算法和多传感器融合技术。通过实时采集板材的位置、角度、受力等信息，系统能够快速准确地计算出托料装置的比较好运动轨迹和姿态，实现对板材的精细托举和支撑。在汽车车门、发动机罩等大型零部件的折弯加工中，有效避免了板材因重力和折弯力导致的变形和下垂，提高了产品的合格率和生产效率。某汽车制造企业率先引入了这项新技术，经过一段时间的使用，企业相关负责人表示：“新的纯电折弯机和随动托料系统让我们的生产效率提高了40%，废品率降低了15%。而且，设备的智能化程度很高，操作更加简便，工人的劳动强度也**降低。”业内人士认为，这项技术突破将对汽车制造行业产生深远影响。它不仅能够提升汽车零部件的加工质量和生产效率，还有助于推动汽车制造企业向智能化、绿色化方向转型升级，增强企业在全球市场的竞争力。未来，随着技术的进一步成熟和推广，有望在整个汽车制造产业链中得到广泛应用。

As the automotive manufacturing industry continuously raises the requirements for the precision and production efficiency of components, the technological innovation of related processing equipment has become a key factor in the industry's development. Recently, Longbo Intelligent Technology Co., Ltd. has made a significant breakthrough in the pure electric bending machine and the automatic material support technology for the automotive manufacturing field, bringing new impetus to the production of automotive components. This technological breakthrough mainly lies in the drive system of the pure electric bending machine and the intelligent control of the automatic material support. The new pure electric bending machine has abandoned the traditional hydraulic drive method and adopted a more advanced permanent magnet synchronous servo motor drive, combined with high-precision ball screw transmission. This not only improves the response speed and positioning accuracy of the bending machine, but also reduces energy consumption and equipment maintenance costs. In the processing of automotive components, it can achieve high-precision bending of various complex-shaped metal sheets, ensuring the dimensional accuracy and quality stability of the components. The accompanying automatic material support system adopts AI intelligent algorithms and multi-sensor fusion technology. By real-time collection of information such as the position, angle, and force of the sheet, the system can quickly and accurately calculate the optimal movement trajectory and posture of the supporting device, achieving precise lifting and support of the sheet. In the bending processing of large automotive components such as car doors and engine covers, it effectively avoids deformation and sagging of the sheet caused by gravity and bending force, improving the qualification rate and production efficiency of the products. An automotive manufacturing enterprise was the first to introduce this new technology. After using it for a period of time, the relevant personnel of the enterprise stated: "The new pure electric bending machine and automatic material support system have increased our production efficiency by 40%, and the scrap rate has decreased by 15%. Moreover, the equipment is highly intelligent, the operation is simpler, and the labor intensity of workers has been greatly reduced." Industry insiders believe that this technological breakthrough will have a profound impact on the automotive manufacturing industry. It not only can improve the processing quality and production efficiency of automotive components, but also helps promote automotive manufacturing enterprises to transform and upgrade towards intelligence and greenness, enhancing their competitiveness in the global market. In the future, with the further maturation and promotion of the technology, it is expected to be widely applied throughout the automotive manufacturing industry chain.