Industrial Project Services for High-Volume Plants

A GLOBAL project is managed end to end under a single point of accountability, so the customer coordinates with one team rather than several separate vendors. Scope typically spans project management, process and layout engineering, simulation, mechanical and controls design, build, robot programming, safety integration, installation, commissioning, documentation, and training. When a schedule demands it, GLOBAL works overtime, weekends and holidays to keep the project on track.

GLOBAL manages projects for automotive and EV producers, Tier 1 suppliers, heavy equipment, aerospace, defense, agriculture, and general industrial manufacturers. Projects range from a single production cell to multi-station lines that connect several processes. Each engagement is scoped around the plant's parts, cycle-time targets, quality documentation, and site conditions rather than a fixed package.

A project typically runs through concept, design, build, factory acceptance testing, installation, and run-off. It begins with a process study and concept, moves into detailed mechanical and controls design supported by simulation, then build and integration in GLOBAL's facility. A factory acceptance test (FAT) proves the system on representative parts before shipment, followed by on-site installation and a supervised run-off that confirms performance against the agreed criteria in the plant.

Yes. GLOBAL is a Level 5 FANUC integrator and frequently delivers projects on FANUC robots, with cell controls engineered on standard PLC/HMI architecture. When a plant maintains its own controls standards, preferred component brands, or spare-parts strategy, the project is engineered to match so maintenance teams can support the system after launch. Interfaces to existing lines, conveyors, and equipment are defined during design rather than left to installation.

Either approach works, and GLOBAL scopes projects for both new installations and upgrades to existing production. Line modernization can cover robot retrofits, new equipment integration, manual-to-automated conversion, model-year changeovers, or capacity increases. Engineers assess current equipment, layout, and the available downtime window before defining an upgrade path that improves performance while limiting disruption.

After run-off, GLOBAL supports the transition to production with training, as-built documentation, and follow-up engineering as requirements evolve. Preventive maintenance and calibration are planned between scheduled maintenance windows so the system stays predictable. Ongoing needs can be covered through GLOBAL's engineering services, including later phases of work, with after-hours support for nights, weekends and planned shutdowns.

Most projects start with a discussion of the production challenge, the goals, and the constraints, followed by a feasibility review of process flow, cycle times, and site conditions. That early study clarifies concept, scope, and a realistic implementation path before capital is committed. A fully defined specification is not required to begin, since the assessment itself often shapes the project.