Automation Solutions and Engineering Services for Manufacturers

The four commonly recognized types are fixed automation, programmable automation, flexible automation, and integrated automation. Fixed automation is designed for high-volume, repeatable work; programmable automation can be reconfigured for different product runs; flexible automation adapts to product variation with minimal changeover; and integrated automation connects equipment, controls, data, and workflows across a production operation. The best fit depends on volume, variation, cycle-time, quality, and traceability requirements.

A turnkey project can cover the full path from feasibility study and conceptual design through robot simulation, controls engineering, equipment build, machine vision, safety integration, installation, commissioning, training, documentation, and support. GLOBAL coordinates these disciplines as one system, so robot hardware, end-of-arm tooling, fixtures, PLC controls, guarding, and production requirements are engineered to work together at launch.

A feasibility study evaluates the existing workflow, equipment, part variation, cycle time, labor demands, floor space, safety risks, and quality requirements. Engineers identify suitable automation opportunities, develop a conceptual system design, and assess project scope, capital requirements, implementation timing, and expected return. This gives manufacturers a practical basis for deciding whether to automate, retrofit, or refine the process first.

Robotic systems can support machine tending, material handling, palletizing, bin picking, welding, painting, coating, dispensing, sealing, assembly, fastening, inspection, testing, and inter-station transfer. Vision-guided systems can also locate variable parts, verify orientation, inspect product features, and track moving components. Applications are configured around the product, equipment, throughput target, and quality standards rather than a one-size-fits-all template.

Yes. Automation retrofits can modernize existing lines for new product launches, model-year changeovers, capacity expansion, or improved process consistency. Work may include upgrading robots and controls, integrating new equipment, converting manual operations, adding vision, or optimizing existing cells. Careful planning, offline simulation, and phased commissioning help reduce disruption while the line is updated.

Machine vision gives robots the ability to identify parts, confirm presence and position, inspect quality, validate dispense beads, and guide handling even when orientation varies. It can reduce dedicated fixturing, prevent incorrect processing, minimize scrap and rework, and enable automation of tasks that are too variable for conventional programmed robot paths. Real-time tracking can also support operations on moving parts.

Implementation time depends on the system’s complexity, equipment lead times, process validation needs, site preparation, and required production launch window. A feasibility study and conceptual design establish a realistic schedule before capital commitment. GLOBAL uses simulation, detailed engineering, build integration, factory testing, and structured commissioning to identify issues early and support a more predictable transition into production.

Yes. GLOBAL provides engineering services after installation, including robot programming, troubleshooting, preventive maintenance planning, training, upgrades, and commissioning and launch support. Controls engineers, PLC and robot programmers, robotics technicians, project managers, and commissioning engineers support launches, upgrades, maintenance, and long-term operations, with next-day on-site support often available.