Designed for a full range of vehicle types, including box trucks, flatbed trucks, and wing-body trucks, as well as cargo types such as full pallets, loose items, and irregularly shaped goods, the integrated intelligent solution enables fully unmanned and automated loading and unloading operations. It is widely applicable to logistics hubs, e-commerce warehousing and distribution, manufacturing, ports, retail, and other industries, significantly improving loading and unloading efficiency, enhancing operational safety, and reducing reliance on manual labor.

Focusing on the “last mile” of material flow within production workshops, the solution coordinates intelligent equipment such as AGVs, stacker cranes, and conveyor systems to automate material transfer and precise delivery from line-side warehouses to workstations and between production processes. The system interfaces seamlessly with MES and WMS platforms, providing flexible and transparent logistics solutions that help manufacturers build efficient, lean, and intelligent factories.

The solutions include flexible assembly lines for both light and compact products and large heavy-duty products, enabling mixed-model production, precision assembly, and efficient coordination. They are suitable for manufacturing industries such as consumer electronics, home appliances, medical devices, automotive, and construction machinery, helping enterprises achieve flexible, scalable, and intelligent production while improving assembly quality and production capacity.

A bin is the smallest operational unit in piece picking. The integrated solution connects the entire storage, picking, and sorting process, enabling a seamless transition from high-density storage to efficient picking and accurate sorting. Through the coordinated operation of core equipment such as multi-level, multi-shuttle AS/RS, high-speed lifts, intelligent picking workstations, and loop sorters, together with the deep integration of WMS, WCS, and RCS, the solution supports a wide range of operating scenarios, including full-case outbound operations, piece picking, wave sorting, and order verification. With goods-to-person as its core operating model, the system significantly reduces walking distances and labor intensity. Within a limited footprint, it simultaneously improves storage density, picking efficiency, and sorting accuracy, helping customers build core intelligent logistics capabilities for new retail and omnichannel fulfillment.

To address the challenges of storing and handling non-standard materials such as long bars, coiled materials, irregularly shaped workpieces, and oversized components, the integrated solution combines flexible AGV material handling with high-density AS/RS storage. Centered on customized fixtures, non-standard racking, and dedicated stacker cranes, the solution overcomes the limitations of standard equipment and enables automated storage and retrieval, precise transfer, and end-to-end traceability of irregularly shaped materials, helping enterprises overcome the automation bottleneck in the “last meter.”

A bin is the smallest unit of standardized storage. The high-density storage solution is centered on an automated bin AS/RS. Stacker cranes or multi-level shuttles automate bin storage and retrieval, while conveyor systems and AGVs provide seamless material transfer between the warehouse and external operating areas. The system enables refined management and control through WMS and WCS, supporting first-in, first-out inventory management, consistency between inventory records and physical stock, and end-to-end traceability. Whether deployed as a standalone warehousing system or as an upstream module of an integrated storage, picking, and sorting system, its modular design and flexible scalability help customers maximize storage density and optimize operational efficiency within a limited footprint.

Pallets are a fundamental unit load in the manufacturing and logistics industries. A full range of pallet storage solutions is available, from floor stacking to high-bay AS/RS, covering multiple operating modes such as full-pallet storage and retrieval, high-density storage, and rapid inventory turnover. Through the coordinated operation of stacker cranes, forklift AGVs, conveyor systems, and other core equipment, together with integrated WMS/WCS management and control, the solution provides end-to-end automated management of palletized materials, including inbound handling, storage, relocation, and outbound handling. 

Designed for traditional industries such as electric power, municipal utilities, and oil, gas, and petrochemicals, as well as emerging applications including utility tunnels, smart industrial parks, and renewable energy facilities, the solution closely aligns with national policy priorities such as integrated security and fire protection, urban lifeline safety, and digital and intelligent transformation. It provides a highly reliable and secure intelligent inspection system capable of continuous 24/7 operation.

Substations contain densely arranged equipment and operate under complex conditions, placing stringent demands on the safety and efficiency of inspection operations. Intelligent inspection technologies are therefore urgently needed to strengthen operational safeguards. Hangcha Guozi Intelligent has developed an integrated inspection system combining robots, UAVs, and high-definition cameras. 

The power distribution room has dense distribution cabinets, complex wiring layout, and variable environmental parameters. To ensure the safety, accuracy, and efficiency of power distribution room inspections, intelligent inspection is an inevitable choice for the stable operation of power distribution rooms.

The integrated utility tunnel intelligent inspection system solution takes the intelligent inspection robot operation and maintenance management system as its core. It replaces manual inspection with digital, information-based, intelligent and intensive technological means. It conducts on-site intelligent data collection, mobile monitoring, remote monitoring, intelligent analysis and intelligent diagnosis of pipeline operation and environmental conditions in urban underground integrated utility tunnels, greatly improves the on-site safety operation and maintenance capabilities of utility tunnels and effectively ensures the safe operation of utility tunnels.

The solution covers various scenarios such as tank farms, process unit areas, LNG terminals, overhead pipelines, and electrolysis workshops. Based on the characteristics of the petrochemical industry, such as numerous major hazard sources, complex production equipment, a large number of toxic, harmful, flammable and explosive gases, and complex production processes, it utilizes multi-dimensional sensing, AI and other technologies to achieve data fusion and interconnection between the sensing layer, equipment layer and network layer through a proprietary online inspection system.