3D Laser Cutting for Hydroformed Automotive Tubes | haibao robot

Application and equipment images

Authorized application reference images. Equipment configuration and performance must be confirmed for the intended workpiece.

Why standard tube cutting may not fit

Hydroformed tubes have changing cross-sections and curved features that may not suit a conventional straight-tube chuck arrangement. Openings, end contours and welding preparations may require coordinated access around the formed component.

Three practical layout choices

The source reference describes a robot with an external rotary positioner, a five-axis machine with positioning equipment, and a dedicated machine for a defined component. A flexible robot cell suits changing part families; a dedicated layout may be appropriate when a stable high-volume geometry justifies specialized tooling.

Keep bevel requirements explicit

A continuously changing bevel must be described relative to the local surface and the subsequent weld joint. Check head clearance, internal interference, support points and the ability to remove cut-off material. Robot repeatability alone does not establish finished-part cutting accuracy.

Prepare an RFQ that can be evaluated

Send the hydroformed model, marked cutting contours, local wall thickness, alloy, bevel definition and inspection datums. Include expected part variation and production volume. haibao robot can review which motion structure and fixture approach suit the application.

Discuss your application with haibao robot

Send a 3D model or dimensioned drawing, material specification, production volume and acceptance criteria. Ask for a configuration review and a sample-cutting plan before finalizing the machine scope.

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