Aerospace Painting and Coating for Aircraft

An aerospace robotic painting system can include FANUC paint robots, spray equipment integration, booth layout, part fixturing, safety guarding, controls, path programming, color-change design, airflow considerations, and quality inspection. GLOBAL develops the complete cell around the component geometry, coating process, available floor space, cycle-time target, and production requirements. Installation, commissioning, training, and ongoing support can also be included in a turnkey scope.

Yes. Robots repeat programmed spray paths, speeds, gun angles, overlap patterns, and material-delivery settings more consistently than a manual process alone. This supports more uniform coverage and controlled film build across repeated parts. GLOBAL optimizes paths and process parameters for the specific component and coating, then validates the system before production launch to help maintain repeatable finishing performance.

Robotic coating systems can be engineered for industrial liquid finishes, multi-coat processes, clearcoats, electrostatic powder coating, fiberglass gelcoat, and other application-specific materials. Material compatibility, spray equipment, curing requirements, ventilation, and safety controls must be evaluated for each program. GLOBAL reviews the coating process and part requirements to recommend a cell configuration designed for reliable application and efficient material use.

Machine vision can inspect parts in real time to verify component presence, location, orientation, and selected quality characteristics. In a finishing cell, it can support coating-process verification and identify areas requiring review or robotic touch-up. Vision also reduces dependence on fixed part presentation by helping robots locate components accurately, which can improve flexibility while supporting consistent production quality.

Robotic paint systems remove operators from direct exposure to hazardous spray areas, including overspray particulates, volatile organic compounds, and isocyanates associated with certain materials. A properly engineered cell incorporates appropriate guarding, booth integration, controls, and safety measures for the application. GLOBAL designs the system around the operating environment and supports safe commissioning, training, and documented operating procedures.

Yes. GLOBAL supports automation retrofits and manufacturing-line upgrades for new product launches, capacity expansion, and process improvements. The team evaluates existing equipment, controls, floor-space limitations, production flow, and downtime constraints before developing an upgrade plan. A retrofit may include new robots, updated programming, vision integration, revised tooling, or process optimization while preserving useful existing assets where practical.

Implementation time depends on the cell's size, number of robots, booth and spray-equipment requirements, component complexity, validation needs, and site readiness. GLOBAL begins with process analysis, concept development, and simulation to define scope and identify risks early. After design and build, the system is integrated, installed, commissioned, and validated with training provided for the production team.

Useful scoping information includes part drawings or CAD models, component dimensions and weight, coating specifications, target film build, production volumes, cycle-time goals, current process details, available floor space, utility requirements, and quality criteria. Photos or video of the current operation can also help. GLOBAL uses this information to evaluate feasibility, develop a conceptual system, and assess implementation priorities.