Innovative Automation and Controls Solutions for Modern Manufacturing

GLOBAL engineers the controls that run an automated system: PLC and HMI programming, robot integration, safety circuits, electrical design and panel build, and the sequence logic that coordinates robots, tooling, and process equipment. That controls work is delivered as part of a complete cell, along with mechanical design, machine vision where needed, installation, and commissioning. Documentation and operator training make the finished system maintainable by the plant.

GLOBAL builds controls for machine tending, welding, material handling, assembly, dispensing, and painting systems across automotive and EV, heavy equipment, aerospace, defense, agriculture, appliance, and general industrial manufacturing. The controls are engineered around the process sequence, cycle-time target, safety requirements, and the equipment already on the floor. Each system is tailored rather than adapted from a fixed program.

A project moves through concept, design, build, factory acceptance testing, installation, and run-off. Controls design and PLC/HMI programming develop alongside the mechanical design, and offline simulation validates sequence and cycle time before build. A factory acceptance test (FAT) proves the logic and safety functions on representative parts before shipment, followed by installation and a supervised run-off that confirms the controls perform in the plant.

Yes. Controls are engineered on standard PLC/HMI architecture, and GLOBAL can build to a plant's existing controls standards, preferred hardware, and spare-parts strategy so maintenance teams stay on familiar ground. As a Level 5 FANUC integrator, GLOBAL commonly pairs FANUC robots with those controls and interfaces to the conveyors, machines, and line controls already in place. Matching the plant's standards keeps the system supportable after launch.

Often, yes. Controls retrofits can modernize aging PLCs, HMIs, safety systems, and wiring on equipment that is otherwise sound, or add a robot and updated logic to an existing cell. GLOBAL reviews the current controls architecture, equipment condition, and the available downtime window before recommending a migration path. The goal is to improve capability and safety while protecting equipment that still has useful life.

Machine vision gives robots the information needed to find, identify, orient, track, and inspect parts as production varies. It can enable random bin picking, component-presence verification, seam location, line tracking, dispense-bead validation, and downstream vision inspection. By handling variation that fixed automation cannot, vision can reduce fixture requirements, minimize scrap and rework, and make previously difficult processes practical to automate.

GLOBAL supports the handoff with operator and maintenance training, as-built electrical and program documentation, and guidance on spare controls components so a single fault does not stop the line. Program adjustments are available as parts or requirements change, and preventive checks are handled between scheduled maintenance windows. GLOBAL's staffing division can also supply controls engineers, PLC programmers, and technicians for continued support.