Automated Spray Systems for Industrial Applications

There's no list price, because each system is built around your parts, materials, and line, but the cost drivers are consistent. The main factors are how many robots you need and their reach, whether GLOBAL reuses an existing booth and conveyor or designs new ones, your coating or material chemistry, the number of colors and how often you change them, the complexity of fluid delivery (single-component versus plural or two-component materials), and the level of vision, inspection, and controls you want. Facility work—air handling, hazardous-location wiring, and emissions permitting—also carries cost. GLOBAL itemizes these during the process study so the investment stays transparent.

In many cases the existing line can be modernized. GLOBAL assesses your current booth, conveyor, controls, and utilities and judges whether they can support the robots, applicators, and coatings you want to run. A retrofit might convert a manual spray operation, add robots and delivery equipment to an established booth, or update controls—all planned to limit downtime and capital. When the existing environment can't provide the airflow, space, or hazardous-location rating your process needs, the team recommends new equipment instead and explains the trade-off.

It might, depending on how consistently parts arrive at the booth. Robotic spraying needs parts in a known position and orientation, so GLOBAL studies your conveyor, racking, indexing, and spacing up front. Continuous, indexing, and power-and-free conveyance can all be integrated, and vision guidance lets robots adapt to some part-to-part variation rather than relying only on rigid fixtures. If current handling can't hold position or keep pace, the team flags the racking or presentation changes needed to hit reach, coverage, and cycle-time targets.

GLOBAL integrates the full system and sources booths, ventilation, pumps, regulators, color-change stacks, and applicators from established finishing-equipment suppliers, matching components to your materials and production rate rather than committing to a single brand. As integrator, GLOBAL is accountable for how those parts work together with the FANUC robots, controls, and safety systems, giving you one partner for the complete cell even though the sub-assemblies come from specialist manufacturers.

Spray application is a classified, hazardous location, so equipment selection follows the relevant standards. GLOBAL engineers the cell with NFPA 33 for spray application and the National Electrical Code (NEC) for area classification in mind, choosing robots, applicators, wiring, and controls rated for the environment and coordinating ventilation and safety interlocks. Compliance is shared: GLOBAL designs and documents to the requirements, while your facility, the authority having jurisdiction, and your insurer confirm site approvals, permits, and operating procedures.

Yes. GLOBAL builds robot programs and part libraries so the cell can switch between parts, and it sizes color-change and purge hardware around your color count and change frequency. Well-designed color change limits the paint and solvent lost at each change, which protects transfer efficiency and material cost on short runs. For high-mix work the team tunes the balance of changeover speed, purge volume, and cleanliness so fast changes don't degrade the finish—an important factor for multi-coat and Class A automotive work.

GLOBAL stays involved past launch. Handover covers operator and maintenance training, documentation, and a recommended spares list, and ongoing options include remote and on-site troubleshooting, programming and process optimization, and embedded engineering during ramp-up. Because spray equipment needs routine cleaning and preventive maintenance, GLOBAL schedules that around planned maintenance windows rather than assuming continuous unattended running, and AI-assisted health monitoring helps surface developing issues before they cause unplanned downtime.