Advanced Integrated Machinery Systems by GLOBAL

An integrated machinery system is the built hardware that runs a process: robots, custom end-of-arm tooling, fixtures, positioners, conveyors, guarding, and the PLC and HMI controls that drive them, assembled and wired as one machine. GLOBAL handles the mechanical build, tooling design, and controls together so the equipment arrives as a working system rather than loose components. Build scope typically runs from concept and design through commissioning, with documentation and training at handoff.

GLOBAL builds machinery systems for automotive and EV manufacturers, Tier 1 suppliers, heavy equipment, agriculture, aerospace, defense, appliance, consumer products, and general industrial operations. Common builds support assembly, welding, dispensing, machine tending, and material handling. Each machine is engineered to the part geometry, cycle time, quality standard, and available floor space.

A build generally moves from process study and concept, through mechanical design, tooling and fixture engineering, and controls design, then fabrication and assembly, factory acceptance testing, installation, and on-site commissioning and run-off. Building and proving the machine in-house lets fit, motion, and safety be resolved before it ships. Run-off confirms the equipment against agreed cycle, safety, and quality criteria before production handoff.

Yes. GLOBAL builds to the robot, PLC, and HMI platforms a plant already maintains, so spares and operator familiarity carry over. Tooling, drives, safety, and vision are selected to suit the part and the customer's standards. Platform choices are treated as the customer's decision.

Both. GLOBAL builds new machinery and retrofits, re-tools, or re-controls existing equipment for model-year changeovers, product launches, added capacity, and manual-to-automated conversion. Engineers assess the current machine condition, interfaces, and constraints, then define a build path that reuses sound hardware where practical and limits downtime.

After run-off, GLOBAL supports the handoff with as-built drawings, spare-parts guidance, and operator and maintenance training so the machine can be sustained on the floor. Ongoing support covers adjustments and re-tooling as parts change, and technical staffing can add engineers or technicians when a plant needs capacity. Preventive checks are scheduled around planned maintenance windows.

Most builds begin with a process and equipment review of the task, part, cycle expectations, and floor space. That review shapes a machine concept, scope, and practical build plan before detailed design begins. It gives stakeholders a clear basis for deciding how to proceed.