3D Laser Trimming for Automotive Sheet Metal Parts | haibao robot

Application and equipment images

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

The production problem

Formed vehicle panels often need trimming, holes and access openings after pressing. A full sequence of dedicated dies can be efficient for a stable high-volume part, but new variants introduce tooling work and changeover requirements. Three-dimensional laser trimming is an alternative worth evaluating for prototypes and mixed production.

Separate forming from final trimming

The reference process first forms the blank, then locates it in a fixture for robotic laser cutting. A three-dimensional part model defines the contour and hole paths. This does not remove the need for forming tooling; it changes how selected downstream trimming and piercing operations are performed.

Applications and configuration

The source examples cover vehicle body panels, bumper-related components, steps and cab parts. Robot mounting, external travel, rotary tables and extraction should be selected around the component envelope. Carbon steel, stainless steel and aluminum each need their own qualified cutting settings.

Validate production readiness

Check trim-line position, hole size, burr level, heat effects and part distortion on representative formed components. Include loading and inspection in cycle-time comparisons. haibao robot can review the part family, target output and available floor space to define the required cell scope.

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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