Robotics Firm Accelerates Warehouse Automation to Tackle Labor Shortages
Hangzhou, Tuesday, 28 July 2026.
To combat global labor shortages, robotics manufacturer DELIECN expanded its warehouse automation portfolio on July 28, 2026, delivering advanced systems that drastically cut supply chain cycle times.
Mitigating Labor Shortages with Industry 4.0 Integration
The global material handling sector is undergoing a rapid transition toward Industry 4.0, a shift heavily driven by escalating labor costs, expanding e-commerce demands, and persistent workforce shortages across key sectors like manufacturing, pharmaceuticals, and automotive [1][2]. To address these structural challenges, Jiangsu, China-based robotics manufacturer DELIECN released an update on July 28, 2026, detailing its expanded automation portfolio [1][2]. The company’s core strategy relies on deploying Vertical Storage Modules and Conveying Equipment designed specifically to replace repetitive manual labor with continuous, automated processes [1][2]. By automating these tasks, companies can mitigate their reliance on manual labor while optimizing vertical storage density to offset rising industrial land costs [1][2].
Real-World Implementation: The FAW Toyota Alliance
To illustrate the practical benefits of these automated systems, DELIECN published project documentation on July 23, 2026, showcasing a successful deployment at a FAW Toyota spare parts warehouse [3]. This specific facility manages approximately 45,000 SKUs of mixed-height automotive components, a complexity that traditionally poses significant manual handling challenges [3]. To optimize this environment, DELIECN implemented a pallet four-way shuttle automated storage and retrieval system (AS/RS) featuring a 5-level racking structure with 3,091 storage locations [3].
Dramatic Reductions in Supply Cycle Times
The operational integration of Warehouse Management Systems (WMS) and Warehouse Control Systems (WCS) at the FAW Toyota site has delivered substantial efficiency gains [3]. By utilizing this software to automatically allocate storage space based on load dimensions and inventory status, the facility bypassed the manual handling challenges associated with non-standard parts [3]. Consequently, the internal supply chain process was reduced by approximately 80% [3].
Strategic R&D and the Future of Logistics
Looking ahead, DELIECN is prioritizing long-term research and development investments to maintain its competitive edge in the global market [1][2]. The company’s future product innovation pipeline centers on emerging Industry 4.0 technologies, including artificial intelligence, machine vision, the industrial Internet of Things (IIoT), autonomous robotics, and digital twin systems [1][2]. These advanced technologies are intended to further enhance operational intelligence, storage efficiency, and material flow [1].