Material Handling Systems Integrators: What We Do

A material handling systems integrator designs, builds, and deploys automation that moves parts through manufacturing operations. GLOBAL combines robots, end-of-arm tooling, fixtures, conveyors, PLC controls, safety guarding, and vision into a coordinated cell or line. The work spans defining requirements, simulating performance, installing equipment, programming controls, validating production, training teams, and supporting the system after launch.

Yes. Integration commonly ties robots and new automation into conveyors, CNC machines, presses, fixtures, and PLC architectures already on the floor, regardless of who supplied them. GLOBAL evaluates control interfaces, communication protocols, cycle times, part flow, safety requirements, and physical access before defining the scope. The result is a coordinated system rather than a set of isolated cells, with upgrades or controls changes added where needed for dependable operation.

Controls are the layer that makes an integrated line work together, so GLOBAL programs the PLC logic, robot interfaces, safety systems, and operator interface as one coordinated design. Zone logic tracks parts, sequences handoffs, and synchronizes robots with conveyors and machines. Bringing the controls under one team helps the cell communicate reliably and makes faults easier to identify during production.

A well-defined project moves through process study, concept and simulation, detailed engineering, build, factory validation, installation, commissioning, and training before production launch. GLOBAL uses upfront planning and pre-deployment simulation to identify risks early and reduce startup surprises. Duration depends on system complexity, equipment lead times, site readiness, and the level of controls or facility integration required.

A feasibility review starts with process analysis—current workflow, labor content, cycle times, product variation, quality requirements, layout constraints, and production targets. GLOBAL develops a conceptual approach and evaluates expected performance, implementation considerations, capital requirements, and potential return, described qualitatively rather than as promised rates. Simulation and engineering review help surface risks before a manufacturer commits to a full project.

Useful inputs include part drawings or samples, weights, dimensions, surface conditions, incoming orientation, required cycle time, shift schedule, production volume, layout drawings, and details about upstream and downstream equipment. GLOBAL also reviews quality requirements, operator interaction, safety expectations, controls standards, and future product changes. This information determines the appropriate robot, gripper, vision approach, and cell configuration.

Yes. GLOBAL's turnkey approach extends beyond production launch to include documentation, training, troubleshooting, optimization, maintenance assistance, and engineering resources for upgrades or evolving requirements, with service planned between scheduled maintenance windows. GLOBAL also provides technical staffing, so manufacturers can access controls engineers, robot programmers, technicians, and other automation professionals when internal capability needs to expand.