Custom Equipment Solutions for Modern Manufacturing

Custom equipment solutions are engineered manufacturing systems designed around a specific process, product, facility, and production target. They can combine robots, fixtures, conveyors, tooling, controls, safety guarding, machine vision, inspection, and data collection. Rather than adapting your operation to an off-the-shelf machine, the system is configured to handle your part geometry, cycle time, quality standards, and available floor space.

A process is a strong automation candidate when it is repetitive, labor-intensive, hazardous, quality-sensitive, or constrained by throughput. GLOBAL begins with process analysis, workflow evaluation, cycle-time review, equipment assessment, conceptual design, and ROI analysis. This helps determine whether the process can be automated effectively, what equipment is required, and where variability or facility constraints need to be addressed first.

GLOBAL supports robotic material handling, machine tending, welding, painting and coating, dispensing and sealing, final assembly, inspection, palletizing, depalletizing, and inter-station transfer. Systems can include FANUC robots, custom end-of-arm tooling, fixtures, PLC controls, conveyors, machine vision, and traceability. Applications range from high-volume automotive work to heavy equipment, aerospace, appliance, and general industrial production.

A turnkey project can include feasibility studies, project management, layout and mechanical design, robot simulation, controls engineering, machine vision, fabrication, equipment integration, installation, programming, commissioning, training, documentation, and post-launch support. GLOBAL manages the connected workstreams so the completed system functions as an integrated production solution rather than a collection of separately sourced components.

Yes. Machine vision can enable robots to identify part presence, orientation, location, and quality before handling or processing. This is especially valuable for random bin picking, moving-line tracking, seam location, assembly verification, and dispense-bead inspection. Vision guidance can reduce fixture requirements and allow automation of processes where part presentation or orientation changes from cycle to cycle.

Project timing depends on process complexity, equipment lead times, required testing, controls scope, safety requirements, and installation conditions. A feasibility study establishes a realistic implementation plan before full integration begins. GLOBAL uses simulation and pre-deployment validation to resolve design and programming issues earlier, helping reduce avoidable delays during onsite installation and production launch.

Custom robotic cells can be engineered to work with existing CNC machines, presses, molding machines, conveyors, fixtures, safety systems, and plant controls. GLOBAL evaluates interfaces, machine condition, available access, floor space, cycle requirements, and PLC communication during planning. The resulting integration plan defines how the new equipment will exchange signals, manage material flow, and operate safely with current assets.

Yes. GLOBAL supports commissioning, production launch, operator and maintenance training, technical documentation, optimization, and ongoing engineering needs. Its staffing division can also provide controls engineers, robot programmers, technicians, project managers, and other automation professionals through contract, contract-to-hire, or direct-placement arrangements. This combined model helps manufacturers sustain performance after initial system deployment.