The Heli Yufeng Four-Way Shuttle is an innovative automated storage and retrieval solution. Its multidirectional navigation technology allows seamless movement across both longitudinal and transverse axes within high-density racking grids, effectively overcoming the scalability constraints and low asset utilization typical of conventional automated systems.

1. Maximized Space Utilization:

By eliminating fixed internal aisles, storage density is increased by up to 60% compared to conventional solutions.
2. High-Efficiency Collaboration:

Multiple shuttles operate in parallel, supported by intelligent algorithms that optimize task allocation and path planning, significantly enhancing throughput capacity.
3. Elastic Flexibility:

The system supports on-demand configuration and seamless expansion of shuttle fleets and rack modules, enabling truly scalable and adaptive warehousing capabilities.
As an ideal infrastructure for building modern, resilient supply chains, the system is widely applicable in manufacturing, cold chain logistics, e-commerce fulfillment, and retail distribution centers. It empowers enterprises to achieve ultimate space utilization and operational efficiency breakthroughs.

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.

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.

EFORK reciprocating elevator is a lifting equipment used for vertical transportation of pieces of goods and pallet goods in multi-storey warehouses, which is characterized by small floor space.

It is to install the pallet consisting of several slats on four endless chains. The pallet consisting of slats has enough flexibility. During the chain operation, it can bypass the chain wheel to turn. During the lifting process, the pallet remains horizontal. During the return journey, the pallet changes from a horizontal position to a vertical position. After the return journey, it returns to a horizontal position, which reduces the floor area of the elevator.