Custom Paint & Coating Automation Solutions

Common coating categories include liquid paint finishes such as basecoat, topcoat, and clearcoat; electrostatic powder coating; fiberglass gelcoat; and other industrial finishing processes. The right approach depends on the part, finish requirements, production environment, and desired process controls. GLOBAL evaluates these factors to engineer robot paths, spray patterns, film build control, booth airflow, and inspection around the application.

Coating products are materials applied to a surface to provide appearance, protection, durability, or functional performance. Examples within robotic manufacturing include automotive basecoat, topcoat, clearcoat, electrostatic powder, fiberglass gelcoat, and industrial finishing materials. GLOBAL designs automation around the product’s application requirements, including spray behavior, flow, color changes, coverage, curing considerations, and inspection needs.

GLOBAL automates multi-coat automotive finishes, electrostatic powder coating, fiberglass gelcoat application, marine and composite finishing, and general industrial coating processes. Systems can be engineered for specific parts, finishes, booth layouts, production requirements, and quality objectives. Applications may include spray path programming, film build control, color change design, overspray reduction, airflow management, and automated inspection.

Robots can deliver repeatable motion, consistent spray coverage, controlled film build, and dependable path execution across production cycles. Automation can also reduce overspray, lower paint waste, improve process documentation, and move operators away from hazardous spray environments. GLOBAL integrates robot programming, booth engineering, vision inspection, and process validation to create a coordinated coating solution.

Yes. GLOBAL can integrate machine vision inspection into robotic paint and coating systems to evaluate process results in real time. Depending on the application, vision may identify coating defects or areas requiring attention, with an option for robotic touch-up. Inspection requirements are developed around the part, finish, quality criteria, lighting, system layout, and production workflow.

Yes. GLOBAL builds robotic painting and coating systems using FANUC paint robots for hazardous spray environments. The company handles robot selection, booth layout, path programming, process validation, integrated vision, production launch support, and ongoing system needs. Engineering may also address spray pattern optimization, film build control, color change systems, overspray reduction, and booth airflow management.

GLOBAL supports production line modernization through turnkey automation projects and embedded engineering resources. Its teams can evaluate existing equipment, facility constraints, process requirements, and opportunities to convert manual operations or improve existing robotic cells. Recommendations may include retrofits, new robot integration, vision inspection, controls updates, or process optimization designed to support production goals while limiting unnecessary capital investment.

Projects can begin with process analysis, production workflow evaluation, conceptual system design, and feasibility work. GLOBAL reviews parts, coating materials, quality requirements, equipment, facility constraints, and production objectives before developing an engineering approach. The team can then progress through simulation, system design, programming, build and integration, installation, commissioning, validation, training, and production support.

A sensible first step is to align on part family and process scope, walk the line or review the drawings, and review the application and quality requirements. From there you decide whether it becomes a process study, a service engagement, or a quote. You don't need a defined project or a capital approval to begin — most relationships start with a process study or site support rather than a capital order.