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适用于工业焊接自动化场景,可与机器人、夹具、变位机和控制系统协同工作,提升焊接效率、焊缝一致性和产线稳定性。

适用于工业焊接自动化场景,可与机器人、夹具、变位机和控制系统协同工作,提升焊接效率、焊缝一致性和产线稳定性。

适用于工业焊接自动化场景,可与机器人、夹具、变位机和控制系统协同工作,提升焊接效率、焊缝一致性和产线稳定性。
产品介绍

面向工业机器人与自动化集成场景的产品能力

Product application scenarios

Product Information

Chenxuan Rail-Mounted Gantry Welding System, built for large container welding. This rail gantry delivers long travel & wide-span coverage. Equipped with a flexible 6-axis robotic arm for multi-angle welding. The overhead walkway provides convenient maintenance access, perfect for automated continuous welding of large workpieces.

Product Information

PRODUCT HIGHLIGHTS

  • Adopts mature rail‑mounted gantry frame structure, providing stable moving foundation for robotic arm during continuous large‑workpiece welding processes.
  • Long‑travel ground rail design enables the whole gantry unit to move in long stroke, covering welding areas of extra‑long and large‑sized workpieces.
  • Features wide‑span gantry structure, which can adapt to the overall dimension of container‑style box workpieces without frequent workpiece re‑positioning.
  • Equipped with flexible 6‑axis welding arm, it can realize multi‑angle posture adjustment and complete complex seam tracking for box‑type components.
  • Specially engineered for container and large box‑shaped workpieces, well suited for welding tasks of various heavy‑duty metal cabinet structures.
  • Supports multi‑angle welding operation, the robotic arm can reach side seams, top seams and corner joints of large box‑shaped workpieces conveniently.
  • The rigid gantry main body reduces vibration generated during high‑speed movement, contributing to relatively stable welding quality in mass production.
  • Designed for continuous batch production scenarios, the whole system can keep steady running status under long‑time cyclic working conditions.

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FACTORY PROFILE

PACKAGING & SHIPPING SPECIFICATIONS

应用与选型指南

适用于工业焊接自动化场景,可与机器人、夹具、变位机和控制系统协同工作,提升焊接效率、焊缝一致性和产线稳定性。 应作为完整的焊接机器人流程进行评估,而不是只比较单台设备参数。项目应从工件、产能、现场空间以及上下游物流入手,再统一核对机器人、工装、控制、安全防护与生产节拍。

此类应用需要重点确认负载与臂展、协作或隔离运行、末端工具选择、路径规划、重复精度、安全分区和产线通信。具体参数应结合图纸、样件或代表性工艺测试核定,并同步评估换型、配方管理和停机恢复方式。

适用于工业焊接自动化场景,可与机器人、夹具、变位机和控制系统协同工作,提升焊接效率、焊缝一致性和产线稳定性。 的集成方案还应覆盖末端工具、夹具、能源介质、传感器、设备通信和维护空间。通过仿真、离线评审和验收指标,可以提前发现可达性、干涉和节拍风险。

稳定交付不仅取决于设备本体,也取决于安装调试、人员培训、备件规划、参数备份和售后响应。完整的交接资料有助于客户后续维护与持续优化。

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