Custom Control Systems for Robots, PLCs and Production Lines

Custom control systems services involve designing and integrating the hardware and software that coordinate manufacturing equipment. This can include PLC programming, robot controls, safety circuits, HMIs, machine vision, conveyors, sensors, data connectivity, and commissioning. The system is engineered around a facility’s equipment, product geometry, production rate, quality needs, and available floor space rather than relying on a one-size-fits-all configuration.

GLOBAL integrates FANUC robots, PLCs, end-of-arm tooling, fixtures, machine vision cameras, conveyors, safety guarding, SCADA and IoT connectivity, inspection stations, and production equipment. Applications include welding, assembly, dispensing, painting, machine tending, material handling, palletizing, and transfer systems. Integration is planned around how each device must communicate, operate safely, and support the required cycle time.

A feasibility study gives manufacturers a practical basis for deciding whether and how to automate. GLOBAL evaluates the existing process, equipment, workflow, cycle times, facility constraints, automation opportunities, conceptual system design, implementation considerations, and expected ROI. The findings help define scope and capital requirements early, reducing the risk of investing in a system that does not match production objectives.

Yes. Existing lines can be upgraded through controls modernization, robot retrofits, new equipment integration, manual-process automation, and production-cell optimization. GLOBAL supports upgrades for new product launches, model-year changeovers, capacity expansions, and performance improvements. The engineering approach considers current equipment and production needs to minimize disruption while creating a more capable, maintainable automation platform.

Implementation time is determined by the project scope, equipment complexity, safety requirements, software development, testing, and installation conditions. A feasibility study or early process review helps establish a realistic schedule. GLOBAL’s delivery can include concept development, simulation, engineering, build, integration, installation, commissioning, and training, with planning focused on validating the system before production launch.

Yes. Machine vision can provide part identification, orientation verification, random bin picking guidance, presence checks, quality inspection, moving-part tracking, and dispense-bead validation. By feeding inspection or location data into the robot and control system, vision enables more flexible automation and, where the application suits it, less dependence on precise manual placement or dedicated fixtures. It can also help detect defects before downstream operations.

GLOBAL’s turnkey integration scope includes ongoing support after installation and commissioning. Support can include training, technical documentation, controls and robot programming expertise, and assistance as production needs change. GLOBAL also uses predictive maintenance tools to help identify equipment issues before they contribute to downtime, supporting a more proactive approach to maintaining automated manufacturing systems.

Bring details about the current process, part geometry, production volumes, target cycle times, quality standards, existing equipment, floor-space constraints, staffing challenges, and desired launch timing. Photos, layouts, process videos, and sample parts are also useful. This information allows GLOBAL’s engineers to evaluate automation opportunities, identify integration considerations, and recommend an approach aligned with operational and capital goals.