Trusted Automation and Engineering Contractors

An automation contractor is a company that plans, engineers, builds, integrates, and supports systems that automate manufacturing work. Depending on the project, this can include robotic cells, controls, machine vision, safety guarding, tooling, PLC programming, installation, commissioning, and training. GLOBAL also provides automation staffing, allowing manufacturers to access experienced controls, robotics, and engineering professionals alongside system integration services.

Many repetitive, high-volume, hazardous, or precision-dependent processes can be automated. Common applications include machine tending, material handling, welding, assembly, dispensing, sealing, painting, coating, inspection, palletizing, and part transfer. The best candidates typically have defined process steps, recurring volumes, measurable quality requirements, or labor constraints. A feasibility study helps determine whether automation is technically and financially appropriate.

A feasibility study evaluates the current process, equipment, part geometry, production volume, cycle times, facility constraints, and expected return. It identifies suitable automation opportunities and outlines a conceptual solution before substantial capital is committed. This early work helps manufacturers compare options, understand implementation scope, estimate timelines, and address operational risks that could otherwise affect cost, uptime, or production performance.

Turnkey robotic system integration can include project management, mechanical and controls engineering, robot simulation, end-of-arm tooling, fixtures, machine vision, safety systems, build, installation, programming, commissioning, training, documentation, and support. GLOBAL manages these connected workstreams as a complete solution, helping manufacturers move from an initial process concept through a validated production launch with a clear technical owner.

Yes. Existing lines can be modernized by retrofitting robots, updating controls, adding vision systems, integrating new equipment, or converting manual steps to automated operations. Upgrades are often used for model-year changeovers, new product launches, capacity expansion, or quality improvements. Careful planning, offline simulation, and staged implementation help reduce disruption while aligning the upgraded cell with current production requirements.

Machine vision gives robotic systems the ability to locate, identify, inspect, and track parts in real time. It can confirm orientation, guide random bin picking, verify component presence, inspect product quality, and validate dispensing bead placement. By reducing dependence on fixed positioning and dedicated fixtures, vision can make automation more flexible while helping reduce scrap, rework, and errors caused by part variation.

GLOBAL provides industrial automation professionals for contract, contract-to-hire, and direct-placement roles. Available disciplines include controls engineering, PLC programming, robotics technicians, electrical design, project management, commissioning, mechanical design, installation engineering, and robot programming. This staffing capability supports manufacturers that need specialized expertise for a project, launch period, modernization effort, or longer-term engineering resource requirement.

Project duration depends on application complexity, equipment lead times, safety requirements, process validation, and site readiness. A focused standalone cell may require less time than a multi-robot production line with custom tooling, vision, and traceability. Early feasibility work and simulation establish a more reliable schedule. Installation and commissioning are planned around production needs to help manage downtime and launch risk.