Radio shuttle is the core storage equipment of dense storage solution, powered by batteries or super-capacitors to achieve automatic back-and-forth transportation of palletized goods in aisles. Radio shuttle can be remotely controlled, using remote control, or can be networked to enable automatic control.

4-way pallet shuttle is an intelligent robot, which can be programmed to carry out operations such as picking up goods, transporting in four ways on the rack, and placing goods, etc. It can communicate with host computer or WMS,and combine with RFID,bar code identification and other logistics information technology to achieve automatic identification of goods, single access, continuous access, and automatic tally functions.

Shuttle carrier system is composed of baby shuttle, shuttle carrier, lift, conveyor, WCS and other core products. This system is the core of automated dense storage system solution. Shuttle carrier system is suitable for intensive storage with large storage capacity, high storage turnover and high throughput efficiency requirements, such as food, beverage, FMCG, chemical and other industries,

The Shuttle Carrier System is a core solution for automated dense storage, integrating baby shuttles, shuttle carriers, lifts, conveyors, and a Warehouse Control System (WCS). It enables high-density storage with fast inventory turnover and high throughput by combining horizontal and vertical material movements. The system is ideal for industries such as food and beverage, FMCG, chemical, and other high-volume sectors. With its modular and scalable design, it maximizes space utilization and improves overall warehouse efficiency.

The lift is a key vertical transfer device in the automated three-dimensional racking system, enabling precise elevation and positioning of bins and multi-shuttles at designated levels. It accurately docks with buffering conveyors for smooth bin transfer before storage by the multi-shuttle. The lift also supports multi-shuttle layer-changing operations by raising and aligning shuttles to target levels, ensuring stable, efficient, and reliable system operation.

Autonomous Mobile Robots (AMRs) leverage technologies such as SLAM navigation, LiDAR perception, and intelligent scheduling algorithms to perform autonomous material transport tasks. Operating without predefined paths, AMRs dynamically plan routes, avoid obstacles, and coordinate with other devices in real time. With open system integration capabilities and modular design, AMRs can be deployed rapidly and scaled easily, forming the backbone of modern intralogistics automation systems.