内容概况：激光焊接机器人是一种先进的自动化焊接设备，它融合了现代激光技术和工业机器人的优 势，能够实现精确、高效和高质量的焊接作业，广泛应用于汽车制造、航空航天、电子设备、医疗器 械、精密仪器等领域。激光焊接机器人在现代工业中应用越来越广泛，如在汽车制造过程中，激光焊接 机器人可以用于车身、车架等部件的焊接操作，提高生产效率和产品质量。在航天航空中，激光焊接机 器人可以用于飞机机身、发动机等部件的焊接操作。在电子行业中，激光焊接机器人可以用于电路板、 元器件等部件的焊接操作，提高生产效率和产品质量。随着科技的进步，越来越多的企业开始意识到选 择合适的激光焊接机器人不仅能提高生产效率，还能降低成本，提升产品质量。2023年、2024年中国激 光焊接机器人销量均超2300台。随着我国激光技术及机器人技术不断突破，国产激光焊接机器人竞争力 日益增强，国产化水平进一步提升，进口数量整体呈下滑态势。海关数据显示，2025年1-11月，我国共 进口激光焊接机器人10台，进口金额为184.4万美元。出口方面，2022年、2023年我国激光焊接机器人 出口数量激增，达8259台、6973台，2024年出口数量减少至1003台 ...

Core Viewpoint - The 28th Beijing Essen Welding and Cutting Exhibition showcased advancements in collaborative welding robots, emphasizing the theme "Intelligent Leadership for a Collaborative Future" and highlighting the potential of Huayan Robotics in the automation and intelligent welding sector [1][18]. Group 1: Product Features and Innovations - Huayan Robotics, a top three manufacturer of collaborative welding robots in China, focused on enhancing precision, adaptability, and collaboration capabilities of their robots at the Essen Exhibition [2]. - The E10L-Pro demonstrated integrated end-effector force control, requiring less than 3N of drag force for operation, significantly improving programming efficiency and simplifying welding processes [2]. - The Elfin-Pro, equipped with advanced laser sensors, can accurately identify weld seam positions and adjust the welding path in real-time, enhancing automation and reducing the need for precise manual input from welders [2]. Group 2: Expanded Capabilities - The E03-Pro, in conjunction with a seventh axis, expands the operational range to cover several meters while ensuring safety in human-robot collaboration, catering to large workpieces like ships and engineering machinery [4]. - A collaborative large-arm welding robot, designed for heavy structures, features an 1.8-meter reach, allowing it to access distant welding points without repositioning, thus improving efficiency for large-scale projects [6]. - The portable E05-Pro welding workstation is designed for mobile welding applications, allowing for easy transport and setup in confined spaces, with a high protection rating of IP66 for operation in challenging environments [8]. Group 3: Advanced Technologies - The introduction of a 3D vision system in collaborative robots enables them to autonomously identify weld seams and adjust for any positional deviations, simplifying the welding process for operators [10]. - Laser welding robots, which offer significant advantages in thin plate welding, can achieve speeds of 6-12m/min, improving efficiency by 2-3 times compared to traditional methods, while also ensuring safety through non-contact processing [12]. - The "Robot+" strategy aims to explore new application scenarios for collaborative robots, including an electric-driven mobile workstation that can autonomously navigate and adjust its height for welding tasks [14]. Group 4: Future Directions - At the 2025 Essen Welding Exhibition, Huayan Robotics plans to showcase new functionalities, products, and applications, reinforcing its commitment to innovation in collaborative robot technology and building a collaborative industrial ecosystem with global partners [18].