Industrial Control System Integrators for Manufacturing

GLOBAL integrates robotic automation for body-in-white welding and joining, powertrain assembly and component handling, EV battery module and pack assembly, general assembly, and material handling across the plant. Related processes such as sealing, coating, machine tending, palletizing, and inspection can be built into the same lines. The right approach depends on part geometry, throughput, and the quality checks each process demands.

Both. GLOBAL delivers automation for automotive OEMs and for Tier 1 and Tier 2 suppliers, adjusting scope to each. OEM lines tend to be larger and tightly scheduled around vehicle launches, while supplier cells often favor flexibility and quick changeover. GLOBAL works to the customer's plant standards in either case.

GLOBAL follows a staged path: application and line study, concept design with simulation, mechanical and controls design, build with factory acceptance testing (FAT), on-site installation and launch to run-at-rate, and post-launch support. Each stage has clear deliverables so scope, cycle time, and quality expectations are confirmed before the next phase begins.

GLOBAL develops the robot programs, PLC logic, HMI screens, and safety integration that let stations run in sequence and exchange signals with adjacent equipment. Systems are designed to interface with the standard controls platforms a plant already operates. Coordinated control is what turns individual cells into a line that holds cycle time.

Yes. GLOBAL supports new-program launches and model-year changeovers, planning tooling, fixtures, and programming so a line can accommodate revised or added parts. On-site engineers assist through commissioning and ramp until the line reaches its target rate. That support reduces the risk that a changeover stalls production.

Guarding, interlocks, presence sensing, and safety-rated controls are engineered to the plant's safety standards and to the hazards identified for each cell. GLOBAL uses risk assessment to shape the guarding design rather than applying a generic enclosure. Cells are laid out so operators and maintenance teams can work safely during production and scheduled service.

It begins with a discussion of the process, parts, volumes, and objectives, and a defined specification is not required to start. GLOBAL can then perform a feasibility study, develop concepts, and propose a practical integration plan. Early access to part data and layout details helps sharpen the recommendation.