Automotive System Integration and Automation

GLOBAL integrates systems across body-in-white welding and joining, powertrain assembly and component handling, EV battery module and pack assembly, general assembly, and material handling. Dispensing, sealing, coating, machine tending, and inspection are commonly incorporated into the same lines. Each application is engineered to the part, throughput, and quality requirements rather than a standard template.

Both. GLOBAL delivers integration for automotive OEMs and for Tier 1 and Tier 2 suppliers. OEM systems often span multi-station lines tied to vehicle launch schedules, while supplier systems tend toward compact, flexible cells. GLOBAL matches the design to each customer's volumes and plant standards.

GLOBAL works through defined stages: an application and line study, concept design with simulation, mechanical and controls design, build with factory acceptance testing (FAT), installation and launch to run-at-rate, and ongoing support. One accountable team carries the requirements set at the study stage through to the running system.

GLOBAL engineers robot programs, PLC logic, HMI interfaces, and safety integration so cells sequence together and communicate with upstream and downstream equipment. Systems are built to interface with the controls platforms a plant already runs. Coordinated controls are what let separate stations behave as one line.

Yes. GLOBAL supports new-program launches and model-year changeovers, planning tooling, fixtures, and programming so a line adapts to revised or added parts. On-site engineers assist through commissioning and production ramp until the system holds its target rate. Support carries past startup as the line settles in.

GLOBAL designs guarding, interlocks, presence sensing, and safety-rated controls to the plant's safety standards and the risks identified for each cell. Risk assessment drives the guarding approach instead of a one-size enclosure. Systems are laid out so operators and maintenance teams stay protected during production and scheduled service.

It starts with a conversation about the application, parts, volumes, and goals, and no complete specification is required. GLOBAL can then run a feasibility study, develop concepts, and lay out an implementation plan. Early part data, cycle targets, and layout constraints help GLOBAL give a realistic recommendation.