The Heli Yufeng High-speed Stacker is a flagship automated storage and retrieval system designed for high-efficiency logistics scenarios, specifically tailored for high-throughput, highly responsive warehousing systems. It employs a lightweight yet high-strength structure and integrates high-dynamic servo drives with precision motion control algorithms, achieving millimeter-level positioning accuracy while significantly reducing cycle times. The system comes standard with a digital twin simulation optimization module, enabling pre-adjustment of motion trajectories and energy consumption curves to meet the demanding time-sensitive requirements of modern distribution centers and advanced manufacturing facilities.
Through multi-axis coordinated control and AI-powered dynamic scheduling algorithms, this equipment breaks through the single-aisle efficiency limitations of traditional stacker cranes, enabling intelligent task allocation and path optimization across multiple aisles. It supports seamless integration with AGVs, conveyor systems, and four-way shuttles, forming a flexible three-dimensional operational cluster. Equipped with an intelligent vibration damping system and predictive maintenance modules, the Heli Yufeng High-speed Stacker not only redefines the efficiency boundaries of high-throughput warehousing but also provides customers with full lifecycle energy efficiency management, supporting the strategic transition from "automation" to "intelligence" in warehouse operations.

Product Description The solution covers inbound, storage, and outbound processes etc. At its center are 12 curve-rail stacker cranes, RGV conveyor systems, and high-speed wrapping machines—together offering ~50,000 pallet positions. All equipment is designed to operate stably at -25°C, maximizing space utilization and efficiency. Product Picture Product Advantage Highlight 01 — Low-Temperature-Ready Equipment To withstand -25°C, all equipment was custom-engineered. The stacker cranes are built with low-temperature-resistant steel to avoid cold brittleness. Motors use cold-resistant designs, gearboxes are filled with specialized lubricants, and all electrical components are selected for sub-zero reliability. Since visibility in cold storage is limited due to fog and frost, traditional laser positioning is ineffective. Instead, barcode scanners and coded tape are used to ensure precise navigation. Highlight 02 — Curve-Rail Stacker Cranes + Dual-Car RGV The project uses double-deep curve-rail stacker cranes, which can flexibly switch between aisles, cutting down on hardware investment. The RGV system is designed with “one track, two cars.” If one car goes down, the other keeps running—ensuring continuous operation.