3D Laser Cutting for Escalator Covers and Elevator Parts | haibao robot

Application and equipment images

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

The challenge with pre-cut holes

Holes made in a flat blank can change shape or position during subsequent forming. The source application focuses on formed escalator cover components, where final hole geometry and end trimming matter to appearance and assembly.

Cut the final shape after forming

A fixture locates the finished curved component while the robot follows the trim and hole paths. This allows the cutting operation to reference the formed geometry. Flat parts may still be better processed on a flatbed laser; three-dimensional equipment should be reserved for features that need spatial access.

Protect the visible surface

For stainless steel covers, fixture contact, assist-gas selection and handling can affect the appearance of the part. Evaluate edge condition and surface marking on actual production material. Source examples of cutting time and roundness are application-specific and should not be treated as universal machine specifications.

Information for an application review

Send formed-part CAD, hole positions, alloy and thickness, surface finish requirements and target output. haibao robot will use the requested geometry and acceptance criteria to help define the fixture, loading method and suitable cell layout.

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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