Projects for Demanding Industrial Requirements

Review of the client’s drawings, technical requirements and production constraints. Identification of critical manufacturing points, fit-up risks and optimization opportunities to improve repeatability, reduce assembly issues and support efficient series production.

Precision sheet metal transformation through high-power fiber laser cutting and CNC bending. Critical dimensions and forming sequences are controlled to maintain consistency across the production series and ensure reliable integration into the final assembly.

Laser, TIG and MIG welding performed according to the project’s structural and dimensional requirements. Welded components are controlled for fit, alignment and repeatability before moving to downstream assembly or finishing operations. Graphie’s published capabilities mention CWB-certified processes and welders.

Depending on the project, this step may include industrial powder coating, anodizing, zinc plating, tin plating, conversion coatings, passivation, Surfox weld cleaning or mechanical polishing.

Mechanical assembly transforms individual fabricated and finished components into installation-ready subassemblies. Depending on the project requirements, this step may include rivets, structural fasteners, controlled-torque bolting, threaded inserts, PEM®-type hardware, hinges, latches, handles, bumpers, gaskets, adhesive bonding, CNC-machined plastic components and commercial hardware integration.

Industrial identification is integrated directly into the manufacturing workflow. Depending on specifications, this may include laser marking, mechanical engraving, serialization, nameplates, safety labels, Metalphoto® plates, decals or graphic overlays aligned with the physical component.

Final inspection is performed according to the project’s quality requirements and applicable documentation standards. Depending on the program, inspection methods may include dimensional inspection, First Article Inspection, PPAP documentation upon request and certified PTB-traceable 3D scan inspection for complex geometries or critical fit-up requirements.​

The completed subassembly is packaged, identified and prepared for delivery according to the client’s standards. Required documentation, inspection records and traceability information are organized to support receiving, inventory management and installation at the client’s facility.
 

The result: a ready-to-install technical subassembly designed to reduce coordination, limit rework and support predictable production planning.