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Dual-Robot Steel Truss Welding Cell | haibao robot

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3D layout of the dual-robot steel truss welding cell

3D layout of the dual-robot steel truss welding cell

Headstock, tailstock and distributed clamping fixture layout

Headstock, tailstock and distributed clamping fixture layout

Two robots welding a supported steel truss

Two robots welding a supported steel truss

Workshop view of structural steel robotic welding cells

Workshop view of structural steel robotic welding cells

Steel truss joint and weld detail

Steel truss joint and weld detail

Team at the installed truss welding cell

Team at the installed truss welding cell

haibao robot · NEWS & TECHNICAL INSIGHTS

Two Robots and Two Turning Positioners for Steel Truss Welding

A steel truss welding cell must coordinate torch access with workpiece support, clamping and turning. This haibao robot installation combines two FANUC M-10iD/8L robots with two long turning fixtures for structural steel trusses.

The cell layout

The two robots are positioned between the fixture assemblies. Headstock and tailstock supports carry the long workpieces, while distributed clamps locate the structural members along their length. The arrangement links robot reach to the locations and orientations of the required welds.

Welding and turning in one sequence

Turning positioners reorient the truss so the planned joints can be approached by the torch. Robot task allocation, motion order and collision avoidance are coordinated with the turning positions. Fixture design must preserve access to the welds while maintaining repeatable location.

Three checks before production

First, verify the workpiece datums and clamps. Second, check turning clearance and robot access throughout the program. Third, validate the welding procedure against material, thickness and joint requirements. These checks connect the 3D layout to the actual fabrication task.

Assess the full production cycle

Loading, clamping, turning, welding and inspection all contribute to output. The photographs and layout views show the installation and workshop context; they do not establish a universal capacity or cycle time. Workpiece range, positioner load and process settings are determined from the project drawings.

Discuss your application

Send truss drawings, overall dimensions, weight, material, member thicknesses, weld requirements and production batch sizes. We will review robot configuration, turning method and cell layout.

haibao robot
Shao Yicheng · Key Account Project Director · International Welding Engineer (IWE)
Email: masterhyper@163.com
Phone / WhatsApp: +86 177 5158 3908
Office: +86 519 8837 0688

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Contact: Mr.Shao

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