Heli Yufeng Miniload Stacker Crane is a high-precision automated storage and retrieval system designed for small containers and pouches, tailored for high-density, high-efficiency handling of lightweight and small-sized materials. Featuring a compact structure, it achieves high-speed and accurate container picking and storage within limited aisle spaces, making it particularly suitable for high-frequency inbound and outbound operations of small items such as electronic components, pharmaceuticals, and e-commerce split-case goods. The system supports mixed storage of containers in various specifications through its lightweight load platform and flexible fork mechanism, enabling seamless integration with "goods-to-person" or automated sorting solutions, significantly improving storage space utilization and order processing efficiency.
The core advantages of the system lie in "space maximization, operational flexibility, and process intelligence". Its ultra-thin design and high-rise rack configuration can increase storage density by over 80%, while its modular architecture supports flexible expansion to adapt to business fluctuations. 

The Miniload system not only reduces manual picking effort but also provides reliable technical support for refined warehousing management in modern smart factories, pharmaceutical cold chains, new retail, and other industries through real-time inventory visibility and data integration.

As the core operational unit in automated high-bay warehouses, the Heli Yufeng Stacker Crane is designed for high-density, high-throughput storage applications. Operating within fixed aisles, it achieves high-speed horizontal movement and precise vertical lifting through advanced servo control and fork mechanisms, enabling efficient handling of unit loads in high-r racking systems. Serving as a dependable cornerstone for large-scale, process-oriented smart warehousing, this system integrates three core values: space, efficiency, and reliability. Its vertical design significantly enhances storage density, while high-speed coordinated motion and intelligent scheduling algorithms deliver exceptional single-aisle throughput. Supported by mature electromechanical integration and a full lifecycle management system, it ensures long-term stable performance even under demanding operating conditions.

The Heli Yufeng Stacker Crane system is ideal for manufacturing, cold chain logistics, and large-scale distribution centers that require robust storage capacity and operational dependability, making it the preferred solution for building efficient and resilient automated warehousing infrastructure.

The project application unit is an enterprise specializing in the R&D and production of smart home appliance components and automotive interior and exterior decoration assemblies. It has a complete production and warehousing system. As the company's production capacity grows, it has proposed more intelligent logistics distribution and smart factory logistics upgrades. High demand; on the other hand, the material handling system within the factory is complex, the production and inspection processes are closely connected, the production process involves multiple floors and multiple steps, and excessive manual participation affects quality control.

Through on-site inspection, Yufeng Intelligent Technology Team learned that the logistics link of the factory involves four floors, covering dozens of warehouse areas such as storage areas and production areas, as well as vertical warehouse connections and sorting connections. The operation process includes loading and unloading. Logistics links such as transportation, elevator docking, etc. are all manual operations, with low levels of automation and informatization.

Customer benefits

Achieve digital and intelligent upgrades

With the support of 5G, mobile robots can be controlled remotely in real time, and the huge data generated can also be efficiently interacted with the data center in real time. It not only helps the factory complete material handling efficiently, accurately and flexibly, but also realizes integrated management inside and outside the factory to improve intelligent manufacturing.

No matter where they are, the person in charge of the company can clearly understand the whole process information of production, operation, supply chain, etc. in real time by turning on his mobile phone. If there is any problem, he can directly give instructions.

Reduce labor costs

Manual transportation is canceled and all mobile robots are used for transportation, which automatically executes task instructions, reduces the operation error rate, saves a lot of labor costs, and can optimize and reduce related personnel configuration by more than 80%. This project provides one-stop services from program planning, system integration, equipment selection, installation and commissioning, technical training, after-sales service, etc., while helping the company reduce labor costs and improve turnover rates, while also creating a 5G unmanned environment for the company. The strength of smart factories is "increased"!

Project Highlights

5G+ mobile robot

5G provides high-speed network support for communication between mobile robots, enabling robots to have self-organization and collaborative capabilities, faster speeds, smoother movements, and higher efficiency.

In certain production environments that are not suitable for workers to enter, such as high temperatures, workers can remotely operate mobile robots in real time through the 5G network in the monitoring center to complete predetermined work goals synchronously and safely.

Mixed scheduling of vehicle models

On the third floor of the factory, the Yufeng intelligent dispatching system dispatches forward-moving and latent mobile robots at the same time to realize collaborative operation of multiple devices.

Cross-floor work

This project solves the customer's problem of long-distance, multi-layer transportation. From the product production area to the storage area, there are four floors in between. Yufeng Intelligent combines the independent research and development of forward-moving transportation robots and scheduling software systems to realize robot transportation of finished products across floors automatically. For transshipment, the software system can interact with elevators and hoists in an information-based manner, giving full play to the advantages of the intelligent logistics system.

Core equipment for this project includes an Automated Storage and Retrieval System (AS/RS), conveying systems, and a Pick-to-Light (PTL) system.