I.Racking & Stacking Technologies

Racking

AiTEN’s racking technology utilizes state-of-the-art 3D LiDAR and TOF cameras to provide real-timesensing and dynamic adjustments for racks. This ensures precise stacking and placement within a safeoperational space.

Application

Ideal for high-difficulty racking scenarios in logistics involving automotive parts, clothing fabrics, import/exportturnover boxes, and more. It excels in situations requiring high expertise and high-rise racking.

Features

Benefits

Efficiency and Accuracy:

Achieve up to a 60% improvement in racking efficiency with a 99.99% accuracy rate in a single operation.

Safety and Risk Management:

Promptly eliminate damaged racks to prevent property and personnel safety risks, ensuring zero accidents in logistics.

Pallet Stacking

AiTEN’s pallet stacking technology uses TOF 3D LiDAR and cameras to provide real-time sensing of theenvironment and the racks and pallets on the vehicle. This allows for dynamic adjustments to postureand deviation, ensuring safe and precise stacking or placement actions.

Application

Ideal for industries requiring full-pallet loading/unloading, flatbed truck operations, warehousing, palletturnover/storage, and more. This includes sectors like fertilizers, grain, household appliances, beer/beverages, high-density storage, and line-side stacking, where orderly and efficient stacking, highstorage capacity, and effective pallet turnover are crucial.

Features

Benefits

Enhanced Reliability and Efficiency:

Achieves high-reliability and efficient stacking, increasing stacking efficiency by 30%and improving stacking reliability by 99%

Safety and Risk Management:

Timely removal of damaged racks prevents potential property and personnel safety risks,ensuring zero accidents in logistics.

Cost Savings:

Automated pallet disassembly saves hundreds of thousands in pallet dismantling machine investments.

II. Loading & Unloading Technologies

Container Loading &Unloading

AiTEN’s advanced container loading and unloading technology uses 3D LiDAR to scan containers andcreate temporary maps before operations. These maps integrate with global maps to plan safe andefficient storage locations and routes in real-time. This solution is compatible with AiTEN’s models suchas Ape, AR, and AE.

Application

Ideal for high-difficulty racking scenarios in logistics involving automotive parts, clothing fabrics, import/export turnover boxes, and more. It excels in situations requiring high expertise and high-rise racking.

Features

Benefits

Enhanced Automation:

Streamlines the final step of loading/unloading from the temporary storage area to the container,

significantly reducing the need for manual forklifts.

Wing Body TruckLoading & Unloading

AiTEN’s wing body truck loading and unloading technology utilizes 3D LiDAR to scan trucks and create temporarymaps before operations. These maps are integrated with global maps to plan safe and efficient storage locationsand routes in real-time. This solution supports AiTEN’s models such as APe, AR, and AE.

Application

The technology is developed specifically for scenarios involving full-pallet loading/unloading of winged flatbed trucks.It leverages a logistics appointment system to enable seamless AGV transport from production lines to staging areasand loading zones, automating the entire process from vehicle pre-scheduling to loading.

Features

Benefits

Enhanced Automation:

Streamlines the final step of loading/unloading from the staging area to the truck, significantly reducing

the need for manual forklifts.

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Reduced Deployment Time:

The system, paired with the Visual Monitoring System (VMS) and 3D point cloud images, matches

loading/unloading rules, reducing deployment time and maintenance costs.

Data-Driven Logistics:

Full logistics information digitization ensures seamless operations and improved data management.

III. Navigation Technologies

Visual Obstacle Avoidance

AiTEN’s visual obstacle avoidance technology integrates data from 3D LiDAR, depth cameras, and ultrasonic sensors to createand continuously update an environmental map. By integrating traditional path planning algorithms with machine learningtechniques, our system autonomously navigates complex environments, adapting flexibly to different work scenarios and taskrequirements.

Application

It is developed for industrial environments with low-lying obstacles, hanging obstacles, moving pedestrians, traditional forklifts,and pallet jacks, enhancing AGV operational safety in these challenging scenarios.

Features

Benefits

Accurate Detection:

Achieves 99.99% accuracy in distinguishing between people and objects, preventing accidental collisions.

Zero Blind Spot Detection:

In sentry mode, our 3D unmanned forklifts provide zero blind spot detection in the direction of travel,

ensuring maximum safety.

Pallet and Rack Recognition

AiTEN’s pallet and rack recognition technology employs 3D LiDAR and cameras to provide real-time sensing of the environment,racks, and pallets on vehicles. This enables dynamic adjustments in posture and deviation, ensuring safe and precise stacking,placement, or retrieval actions.

Application

Designed for highly variable logistics scenarios, high-level storage, dense stacking, special types of racks, and interfaces betweenmanual and AGV operations, this technology meets the high precision placement requirements of pallet vehicles and eliminatesthe need for on-site pallet positioning installations.

Features

Benefits

Enhanced Accuracy and Efficiency:

Prevents incorrect pallet positioning, reducing the risk of collisions, increasing operational

efficiency, and lowering the chances of safety incidents.

Automated Pallet Disassembly:

Significantly reduces the investment needed for pallet disassembly machines.

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Cost Savings:

Eliminates the need for positioning guides, saving on hardware costs.

Follow-Me Navigation

AiTEN’s Follow-me Navigation technology employs multi-sensor fusion, including cameras and LiDAR, based on theNvidia Orin Nano platform. Utilizing deep learning methods, the system detects and recognizes specific targets, allowingAGVs to predict and continuously track target positions based on historical trajectories.

Application

This technology is ideal for environments like factories, logistics, warehouses, and greenhouse picking, where frequentlocation changes and repetitive loading/unloading are common.

Features

Benefits

Enhanced Efficiency and Personnel Deployment:

Significantly increase efficiency by 50%, freeing up personnel and

minimizing errors.

IV. Other Technologies

Multi-Vehicle Planning

Aiten’s multi-vehicle planning technology enables data communication among multiple AGVs via Wi-Fi and 5G. EachAGV is equipped with an autonomous control system capable of independent path planning and task execution. Usingthe MQTT protocol, each AGV reports its status (including position and task) to the lead AGV, which allocates tasksbased on the AGVs’ status.

Application

Ideal for high-difficulty racking scenarios in logistics involving automotive parts, clothing fabrics, import/export turnover boxes, and more. It excels in situations requiring high expertise and high-rise racking.