For manufacturing and controls engineers at U.S. high-volume plants dealing with missed fasteners, inconsistent torque, manual bottlenecks and traceability gaps, GLOBAL Automation Technologies engineers custom mechanical assembly systems. From component handling and insertion to fastening, dispensing, testing, and inspection, our engineers integrate complete robotic cells around your product and takt. We support automotive suppliers, heavy truck, agricultural and construction equipment, and industrial manufacturers.
Integrated robotic technologies engineered to improve assembly quality, throughput, traceability, and flexibility across complex manufacturing operations.
Custom final assembly cells integrate pick-and-place, component insertion, bolt tightening, nut running, precision fastening, dispensing, fixturing, testing, and inspection. Production data captures torque values, serial numbers, test results, and process parameters for complete traceability.
Vision-guided robots locate parts, verify orientation and presence, inspect assembly quality, and track moving components during production. Where the application suits it, this flexibility can reduce fixturing needs, catch defects earlier, and help automate variable assembly tasks.
Robotic handling systems provide part transfer, pick-and-place, racking, de-racking, bin picking, and conveyor synchronization between assembly operations. Each system is engineered around part geometry, cycle time, floor space, tooling, controls, and safety requirements.
GLOBAL manages mechanical assembly automation from process study and simulation through design, build, installation, commissioning, training, documentation, and ongoing support. A unified project team coordinates robotics, controls, vision, connectivity, and production launch.
Engineering studies evaluate workflows, cycle times, equipment, facility constraints, conceptual layouts, and ROI before implementation. Manufacturers receive practical recommendations for automating assembly processes, defining scope, planning capital needs, and setting realistic timelines.
Modernize existing assembly operations for product launches, model-year changeovers, capacity growth, or manual-process automation. GLOBAL retrofits robots, integrates new equipment, and optimizes production cells while working to minimize downtime and capital disruption.
Mechanical assembly automation gives manufacturers a dependable way to scale complex joining work without giving up process control, and GLOBAL engineers each cell around the details that decide performance. Design starts with how components are fed and presented, from trays, magazines, and feeders to conveyors, fixtures, or vision-guided bin picking, and with nests and fixtures that hold each part in a known position. GLOBAL then selects the right automation for the task, weighing a flexible robot against fixed or servo-driven stations based on part geometry, cycle time, and product mix, and matches the joining method, whether screwdriving with torque and angle verification, press-fit, insertion, clip installation, or dispensing, to the fastener and the joint. Poka-yoke checks and part-present, torque, and vision verification catch a missed or out-of-spec step before the part advances, and torque values, test results, and serial numbers can be captured for traceability. The cell is interlocked with upstream and downstream equipment and line controls so material flows cleanly, and before production GLOBAL validates it through simulation and a run-off on your parts, so it launches against proven cycle times, quality checks, and throughput.
A single automation partner for the system, the engineering, and the support behind it.
Process development, feasibility work and sample parts are run before you commit capital to the assembly cell.
More than 700 FANUC robots installed demonstrate experience delivering automation in demanding manufacturing environments.
From simulation through commissioning and support, GLOBAL coordinates every essential mechanical assembly integration stage.
AI-assisted simulation and offline programming help identify integration considerations earlier, before deployment.
Automation engineers focused on solving complex manufacturing challenges.
GLOBAL Automation Technologies was founded in 2009 to solve manufacturing problems through automation, bringing automation solutions and engineering services together so manufacturers get both the system and the engineering support to sustain it. Over 17+ years, its 110+ team members have supported manufacturers with robotic engineering, controls, programming, simulation, installation, and commissioning. With 700+ FANUC robots installed and integration work in 22 countries, GLOBAL applies experience from demanding automotive, EV, heavy equipment, aerospace, and industrial environments to each project. In the last five years, GLOBAL has completed 745+ automation projects across 140+ manufacturing facilities.
GLOBAL builds cells around the mechanical joining a product needs, including robotic screwdriving and nut running with torque and angle verification, press-fit and insertion, clip and component installation, pick-and-place, and adhesive or sealant dispensing. Tools are selected for the fastener type, torque range, and access, and critical fastening events can record torque, angle, and pass/fail results. Each critical joint is confirmed before the part advances.
You don't need a defined project to start a conversation. Tell us about your specific application, products and processes, and request a technical feasibility conversation with GLOBAL.
GLOBAL holds Level 5 standing in FANUC's Authorized System Integrator program.
Certified by the Women's Business Enterprise National Council, helping OEM and Tier 1 buyers meet supplier-diversity goals.
In 2025, GLOBAL was the #1 purchaser of FANUC robots among North American integrators.
GLOBAL was founded by former FANUC engineers, and the team still brings deep FANUC application expertise.
18 assembly projects since 2021, including collaborative-robot and design-through-commissioning assembly cells.
120 projects for electric-vehicle OEMs, including greenfield paint and sealer systems, robotic dispense cells, inspection systems and collaborative assembly cells.
13 projects for industrial and fluid-power manufacturers, including robotic assembly cells and a conveyor factory build.
Robotic dispense, paint, weld and assembly engineering isn't industry-specific; the same process depth applies to any manufacturer running these processes.
Turnkey projects delivered as prime contractor, from design and build through programming, installation and commissioning, from a single robotic cell to a greenfield facility.
Small robot cells often installed in a single weekend, up to multi-robot systems of 4 to 15 robots on seventh-axis rails.
Tell us about your specific application: components, production goals, and current process. Request a technical feasibility conversation and we will help identify a practical path forward.
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