Product application scenarios
Product Information
Chenxuan Precision Inverted Gantry System, engineered for heavy-duty welding. Adopting synchronous dual X drive with high rigidity. It supports 400kg load capacity, ±0.04mm repeat accuracy and 330mm/s rapid traverse speed. Ideal for automatic welding of large workpieces, delivering stable and efficient production for heavy steel structure manufacturing.
Product Information
PRODUCT HIGHLIGHTS
- This inverted gantry robot adopts high‑rigidity frame structure, which can maintain steady operation while carrying relatively heavy welding execution units.
- It supports a heavy load capacity, offering reliable driving conditions for integrating different welding heads or multi‑robot combinations on the gantry beam.
- The repeated positioning accuracy performs well, which helps to keep consistent welding tracks for long‑size large structural workpieces during batch production.
- Dual synchronous X‑axis driving design reduces running deviation, making the whole gantry travel smoothly even at a relatively high moving speed.
- The maximum travel speed can reach a high level, which may shorten the idle movement time between welding stations and improve overall workshop productivity.
- The inverted installation mode reserves ground operating space, leaving more area for workpiece clamping fixtures and logistics turnover on the workshop floor.
- Complete three‑axis motion configuration meets the moving demands of large‑span welding paths for oversized frame and structural metal parts.
- Anti‑tilt structural design enhances the overall stability of the gantry frame during high‑speed acceleration, deceleration and long‑distance reciprocating movement.
- The mechanical structure is optimized for long‑time continuous operation, adapting to the non‑stop working mode of large‑scale automated welding workshops.
COMPANY OVERVIEW
FACTORY PROFILE
PACKAGING & SHIPPING SPECIFICATIONS
应用与选型指南
适用于机器人焊接、装配及工件翻转定位场景，支持稳定承载、精准旋转和多角度协同作业，帮助产线提升加工效率与一致性。 应作为完整的定位器和线性轨道流程进行评估，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。
适用于机器人焊接、装配及工件翻转定位场景，支持稳定承载、精准旋转和多角度协同作业，帮助产线提升加工效率与一致性。 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。
