Global automaker elevates component kitting accuracy with mingq rfid shelf-level management solution
A leading global automotive group, bringing together several world-famous marques from passenger and premium models to sports and commercial vehicles, produces more than nine million vehicles annually through an integrated global network of plants and suppliers.
MingQ Success Story: rfid shelf-level kitting management solution
In its powertrain division - responsible for engies, gearboxes, and transmission assemblies - the automaker manages dozens of just-in-time and just-in-sequence assembly lines worldwide. Each warehouse must deliver the correct components to workstations in precise order and timing.
As product complexity grew, the warehouse relied heavily on barcode scans and manual bin checks to ensure accuracy on steel storage racks. Mis-packs, misplaced bins, and handwritten errors created risks of incorrect parts reaching the line. Even minor mistakes could cause time disruptions, rework, or costly production stops.
The automaker needed a smarter, shelf-level verification method to link each component bin to a fixed location and record every movement automatically - without slowing operators down.
Benefits / Outcomes:
Real-time visibility of inventories at each shelf position
Reduced manual verification and faster replenishment cycles
Full digital traceability for QA and root-cause analysis
Improved efficiency and stability for JIT/JIS assembly operations
Customer
Industry
Solutions
RFID Shelf-Level Kitting and Feeding Management System
To meet this expectation, the company has consistently invested in automation and digital integration across its operations. The powertrain division, producing and assembling automatic transmissions and sub-assemblies, recognized that maintaining component accuracy at shelf-level was essential for continuous improvement.
Dependence on human accuracy limited scaling as variant counts and customization levels surged. The company needed a method to automate verification and record each pack, placement, and return in real time - transforming static metal racks into intelligent storage systems that could see, record, and report automatically.
Every bin is dynamically bound to a unique shelfID, ensuring that each physical location in the warehouse is digitally represented. When operators pick or replenish items, the system verifies their actions in real time - prompting immdiate on-screen or indicator alerts if a mis-pick or misplacement occurs. RFUD data continuously synchronizes with the WMS and the Manufacturing Execution System, allowing production planners to visualize actual inventory levels, empty slots, and replenishment priorities moment by moment.
The integrated setup requires no extra steps from warehouse staff: operations proceed as before, while the system runs silently beneath the racks. "It's completely unobtrusive," said the warehouse supervisor. "People work as usual - only now the shelves themselves constantly tell us what's happening." Each storage rack effectively becomes a living data node that records, verifies, and reports the status of every transmission component it holds.
Supervisors now have comprehensive insight into which bins are present, empty, or moved, enabling immediate quality checks and trend analysis on efficiency. The system directly supports just-in-time and just-in-sequence production by ensuring the right component reaches the right workstation at precisely the right moment.
By adopting MingQ's RFID Shelf_level Management Solution, the automaker has set a new benchmark for warehouse digitalization in automotive industry. The project transforms conventional racks into intelligent infrastructure that delivers real-time awareness, operational precision, and long-term scalability - advancing the manufacturer's global vision for smart, connected, data-driven production.
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