Process Engineering Services by GLOBAL

Process engineering services produce the design and analysis behind an automated process. GLOBAL delivers workflow and cycle-time analysis, process and cell layouts, robot and motion simulation, mechanical and controls design, instrumentation and process-control planning, fixture and tooling concepts, safety design, and specifications a manufacturer can build to. The result is an engineered basis for the process—documented, validated in simulation where practical, and ready to carry into a build.

GLOBAL engineers processes for machine tending, material handling, assembly, welding, painting and coating, dispensing, sealing, inspection, and part transfer, as well as instrumented process steps run on skids or dedicated lines. Each design is shaped by the application's parts, production rate, floor-space limits, quality requirements, and safety needs. GLOBAL supports automotive, EV, aerospace, heavy equipment, and general industrial manufacturers, and a process study is the fastest way to define the engineering scope.

Engineering runs through the whole project. GLOBAL moves from concept and process study, into detailed mechanical, controls, and process design, then supports build and programming, a factory acceptance test where the design is proven before shipment, and finally installation, commissioning, and run-off at the plant. Simulation and pre-deployment analysis validate reach, sequence, interference, and cycle time during design, so the engineering decisions are checked before hardware is committed.

Designs are engineered around the process and the standards a plant already runs. GLOBAL specifies robots, PLC/HMI controls, instrumentation, and process equipment on fit rather than defaulting to one platform, and can align a design with the controls a maintenance team already supports so skills and spares carry over. Platform names are treated as customer-choice examples, and the design is documented so it stays maintainable through build, commissioning, and long-term operation.

Both are common. Engineering can modernize an existing line—retrofitting robots, updating controls, adding instrumentation, or optimizing existing cells—planned around current mechanics and available downtime for changeovers, launches, or capacity gains. A new design is developed when the current process cannot reach the target. GLOBAL studies the existing equipment, interfaces, and production goals first, then engineers the path that improves capability while respecting existing infrastructure and minimizing avoidable downtime.

Engineering does not stop at handoff. GLOBAL can carry a design into detailed engineering and turnkey implementation, and its staffing division can supply mechanical designers, controls engineers, and commissioning engineers through contract, contract-to-hire, or direct placement. After a system is running, design adjustments and support are available as parts or requirements change, with preventive work handled between scheduled maintenance windows.

The most useful starting point is a description of the process and its requirements: the part or product, the operations and cycle time, quality and tolerance expectations, floor space, existing equipment and controls, and any safety constraints. Photos, videos, drawings, and process data help. GLOBAL can begin with a process study or feasibility review so the engineering scope, key risks, and trade-offs are clear before detailed design begins.