Plastic Bin AS/RS

Utilizing tote bins as the core storage unit and a Warehouse Management System (WMS) as the decision-making brain, this system employs high-speed multi-tier shuttle robots, four-way shuttle robots, high-speed elevators, and precision mini-load AS/RS as its execution backbone. Through unified scheduling and management by information systems, it efficiently handles inbound/outbound operations and order picking for goods characterized by small batches, multiple SKUs, and high turnover rates.

Usage Scenarios： Parts warehouses, semi-finished warehouses, line-side warehouses, distribution transit warehouses of various industries.

Four-way Shuttle AS/RS

Utilizing standard pallets or tote bins as storage units, the core hardware system consists of four-way shuttle vehicles, automated storage racks, high-speed elevators, and automatic conveyor systems. Driven by a Warehouse Management System (WMS) as its intelligent decision-making hub, the system leverages the omnidirectional movement of shuttles and cross-level operations of elevators to break through traditional aisle limitations. This enables high-density 3D storage, fully automated goods-to-person picking, and flexible scheduling for inbound and outbound operations.

Core advantages of high space utilization, strong scalability, high inbound/outbound efficiency, and extremely low error rate

Usage Scenarios： E-commerce logistics centers, pharmaceutical cold chain warehouses, 3C/electronics manufacturing raw material/finished goods warehouses, automotive parts AS/RS, new energy battery storage, multi-category high-turnover smart warehouses

Electronic Shelf (Smart Electronic Shelf)

Built on core hardware including electronic tags, LED indicators, e-ink displays, and RFID/weight sensors, this system enables visual material positioning, pick-to-light operations, real-time inventory updates, low-stock alerts, error-proofing, and end-to-end traceability. It can be rapidly deployed without facility modifications and seamlessly integrates with WMS/MES/ERP systems, significantly reducing search time, minimizing picking errors, and boosting overall efficiency.

Usage Scenarios： Electronic SMT workshop material warehouses, line-side warehouses, electronic component warehouses, spare parts warehouses, tool/mold management warehouses, high-end manufacturing precision material areas.

Top-Lift AGV（Jack-up AGV）

Using standard racks, pallets, and turnover carts as handling units, adopting latent body + lifting mechanism design, achieving autonomous driving through laser SLAM/QR code/magnetic strip navigation, can dive under racks for automatic lifting, smooth transportation, and precise docking unloading.

Featuring a low-profile design, compact turning radius, narrow-aisle compatibility, high docking precision, and comprehensive safety protection, this AGV seamlessly integrates with WMS/MES systems to enable fully automated material circulation and distribution across workshops and warehouses.

Tow AGV（Under-run Lift AGV）

Lightweight, low-profile autonomous navigation handling robot, can latent dive under standard pallets/racks/turnover carts, achieving fully automated picking-transporting-unloading through the lifting mechanism. Adopts laser SLAM/QR code navigation, 360° safety obstacle avoidance, flexible path planning, automatic charging, low body, flexible steering, fast deployment, low cost, is the core handling equipment for flat logistics and flexible production lines.

Usage Scenarios： 3C/electronics assembly production lines, SMT workshop material distribution, automotive final assembly/component production lines, home appliance/light industry flexible production lines, food clean workshops, dark factories, multi-station cyclic material transfer.