What drives the cost of a robotic powder coating system?
Cost depends on the scope your parts and volumes require: the number of robots and applicators, whether GLOBAL retrofits your existing equipment or builds a new cell, booth and cure-oven requirements, powder delivery and reclaim equipment, conveyor and part-handling changes, controls, safety guarding, and the level of vision inspection. GLOBAL scopes each system to your part mix and throughput rather than a fixed package, so the engineering starts from your process and quality goals. You receive pricing after GLOBAL reviews your requirements.
Can GLOBAL retrofit our existing booth, or do we need new equipment?
Both are possible. GLOBAL reviews your current booth, cure oven, conveyor, powder delivery and reclaim equipment, controls, and part grounding before recommending an approach. A retrofit might add robots, new electrostatic application equipment, updated controls, or vision inspection while reusing sound assets. A new cell makes sense when part mix, capacity, or hazardous-location compliance has outgrown the existing line. The aim is to modernize your finishing operation within plant constraints and minimize disruption.
Who supplies the booth, powder application, and reclaim equipment?
GLOBAL integrates finishing equipment from established booth, applicator, and powder-delivery suppliers and engineers it into a working robotic cell, so you are not left coordinating separate automation, controls, and finishing vendors. GLOBAL specifies and sizes the booth, electrostatic application equipment, recovery and reclaim system, and cure oven around your powder, colors, and part mix, and takes responsibility for how those pieces perform together.
How is powder overspray recovered and reclaimed?
Powder that does not deposit on the part is drawn off by booth airflow and captured for recovery. Depending on your operation, reclaimed powder can be filtered and returned to the delivery system to improve material efficiency, or the booth can run spray-to-waste when frequent color changes or color purity make reclaim impractical. GLOBAL engineers booth airflow, transfer efficiency, and the recovery system around your colors, cleanliness needs, and change frequency.
How does the cure oven fit into the system?
After application, coated parts move to a cure oven where the powder melts and cross-links into a durable finish. GLOBAL coordinates part hanging, grounding, and conveyance so parts arrive consistently presented, and aligns oven heat and dwell with your line so cured finish quality stays repeatable. Oven scope can be part of a new cell or coordinated with your existing oven during a retrofit.
How are hazardous-location requirements handled, and who is responsible?
Powder spray areas are classified hazardous locations, so equipment and controls are designed against applicable standards such as NFPA 33 and the NEC. GLOBAL engineers the cell — guarding, ventilation interlocks, and electrostatic application controls — with these requirements in mind and coordinates with your team on booth ventilation, fire protection, and emissions or permitting at the planning stage. Final authority-having-jurisdiction approval and facility compliance stay shared responsibilities that GLOBAL supports through design and commissioning.
How is color change handled across different parts?
GLOBAL designs the powder delivery and booth around the number of colors and the change frequency your part mix requires. Configurations range from dedicated single-color setups to arrangements built for faster, cleaner changeover, balancing reclaim, purge, and cleaning against downtime. Robot programs and part presentation are set up so switching part families or colors is a controlled step rather than a disruptive one.
What support is available after commissioning?
GLOBAL's scope includes production launch support and technical assistance after startup. Because GLOBAL also provides engineering staffing, you can bring in controls engineers, robot programmers, and technicians when needed. AI-driven health assessments can flag developing equipment issues during planned maintenance windows, before they turn into downtime.