Automotive Industrial Manufacturing Solutions That Scale

GLOBAL automates a broad range of automotive and industrial processes, including final assembly, machine tending, robotic welding, material handling, dispensing and sealing, paint and coating, inspection, and palletizing. Systems can incorporate custom tooling, fixtures, conveyors, PLC controls, machine vision, traceability, and safety guarding. Each solution is engineered around the part, process requirements, cycle time, floor space, and production targets.

Yes. GLOBAL provides end-to-end robotic system integration, beginning with feasibility studies, process analysis, conceptual design, and ROI assessment. Delivery can include robot simulation, mechanical and electrical engineering, controls, vision, build, installation, commissioning, operator training, technical documentation, and ongoing support. This unified approach helps manufacturers coordinate the full project from concept through production launch.

GLOBAL primarily integrates FANUC robots and is a Level 5 FANUC Authorized System Integrator. FANUC platforms are applied across automotive and industrial tasks such as assembly, welding, painting, dispensing, material handling, and machine tending. Robot selection is matched to payload, reach, speed, environmental conditions, tooling, safety needs, and the specific production process.

Machine vision helps robots identify parts, confirm orientation and presence, guide picks, inspect quality, and validate dispensing results in real time. It can support random bin picking, moving-part tracking, seam location, and bead inspection without requiring parts to be perfectly positioned. This flexibility can reduce fixturing requirements, prevent defects, minimize rework, and enable automation of variable processes.

Yes. GLOBAL supports automation retrofits and manufacturing line upgrades for model-year changeovers, new product launches, capacity expansions, and manual-process conversion. Engineers assess existing equipment, controls, robots, tooling, and workflow constraints before recommending improvements. The work can include new equipment integration, robot retrofits, controls updates, programming, and embedded engineering support designed to minimize production disruption.

Project timelines depend on process complexity, system scope, equipment lead times, validation requirements, and site readiness. GLOBAL begins with a feasibility review to define the recommended solution, implementation sequence, capital needs, and expected return. AI-assisted simulation supports earlier engineering validation, helping teams identify potential interference, access, cycle-time, and programming issues before installation and commissioning.

Yes. GLOBAL’s staffing division supplies automation professionals for contract, contract-to-hire, and direct-placement roles. Available talent includes controls engineers, PLC programmers, robotics technicians, electrical and mechanical designers, project managers, commissioning engineers, installation engineers, and robot programmers. This capability helps manufacturers secure qualified technical support alongside the robotic system itself, rather than managing separate vendors.

A productive feasibility study starts with information about the current process, parts and product variations, cycle-time goals, expected volumes, quality standards, available floor space, existing equipment, and operational constraints. GLOBAL evaluates these factors along with capital requirements and projected returns. The resulting recommendations can define automation opportunities, conceptual cell layouts, implementation considerations, and the next steps toward integration.