Material Handling Solutions in Memphis

Robotic material handling can automate pick-and-place, palletizing, depalletizing, racking, de-racking, machine loading, inter-station transfers, conveyor tracking, and structured or random bin picking. GLOBAL evaluates part size, weight, orientation, surface condition, cycle time, and required presentation to determine the best robot, end-of-arm tooling, vision system, fixtures, and safety design for the application.

Vision-guided systems use cameras and software to identify a part’s location, orientation, and condition before a robot picks or processes it. This is especially useful for mixed parts, random bin picking, moving conveyors, and applications where rigid fixtures are impractical. The robot receives position data in real time, allowing it to make accurate, repeatable movements despite normal process variation.

Yes. GLOBAL designs integrations around existing machines, conveyors, controls, fixtures, and facility constraints whenever practical. Engineers assess interfaces, communications, guarding, utilities, cycle times, and available floor space before finalizing the system concept. The completed cell can include PLC integration, synchronized conveyor controls, machine handshaking, vision, data collection, and safety systems that work with your current production environment.

A useful feasibility study starts with details about your parts, volumes, target cycle times, current workflow, equipment, floor layout, quality requirements, and labor or safety challenges. Photos, drawings, process videos, and available production data help define the opportunity. GLOBAL then evaluates technical feasibility, conceptual layouts, required equipment, implementation considerations, capital needs, and expected return on investment.

Project timelines vary based on cell complexity, equipment lead times, tooling, controls integration, validation needs, and installation conditions. A feasibility study and early concept development clarify the scope before build begins. GLOBAL uses simulation and pre-deployment optimization to identify issues earlier, then manages engineering, build, installation, commissioning, training, and documentation through a coordinated production launch.

Yes. Flexible material handling cells can be designed for multiple part families through quick-change tooling, adaptable fixtures, recipe-based programming, and machine vision. Vision guidance can identify parts and verify orientation, reducing the need for dedicated hard tooling. During engineering, GLOBAL reviews anticipated product variations and changeover requirements so the system can support present production needs and planned future models.

Robotic cells are engineered with application-appropriate safety measures such as perimeter guarding, interlocked access doors, safety PLCs, emergency stops, light curtains, area scanners, and defined operating modes. The safety design is developed alongside the robot, tooling, and material flow—not added as an afterthought. This helps protect employees while allowing practical access for loading, maintenance, recovery, and planned changeovers.

Yes. GLOBAL’s turnkey integration scope can include commissioning, operator and maintenance training, technical documentation, and ongoing support after launch. Because GLOBAL also provides automation staffing, manufacturers can access skilled controls engineers, robot programmers, technicians, and project personnel through contract, contract-to-hire, or direct placement arrangements when additional production support is needed.