Material Box AGV
The material box AGV is an automated mobile robot specially designed for the handling of material box goods. It features high efficiency, accuracy and flexibility, and is widely used in scenarios such as warehousing and logistics, and intelligent manufacturing.
Compact in size and low in height, it is convenient to move through narrow aisles or shelves. Some models are narrow in width, making them suitable for dense storage environments. The back is equipped with a special load-bearing frame for the material box, and the loading and unloading of the material box can be achieved through actions such as lifting and translation. After reaching the target position, the position of the material box is located through visual recognition or sensors.
The clamping mechanism is linked with the docking equipment to achieve automatic conveying or lifting and material retrieval of the material box.
Technical Parameter
- Max 50kg
- ＞1500 charge and discharge cycles
- Laser obstacle avoidance and safe edge contact
– Product Parameters –
Item | parameter | Item | parameter |
Navigation method | Inertia + QR code vision | Bearing | Max 50kg |
Walking speed | 1.5m/s | Battery life | ＞1500 charge and discharge cycles |
Goods specifications | 600x400x300mm | Safety protection | Laser obstacle avoidance and safe edge contact |
Control mode | PLC control | Positioning accuracy | ±10mm/±1° |
Latent AGV Material Box Type
Product Overview
The Latent AGV material box type is a specialised automated mobile robot engineered for the efficient handling of material box goods. It delivers high efficiency, accuracy and flexibility, rendering it an ideal choice for demanding applications in warehousing and logistics as well as intelligent manufacturing. Its compact dimensions and low height profile enable seamless navigation through narrow aisles and beneath shelves, while certain narrow width variants are optimised for dense storage layouts. This design ensures reliable performance in space constrained environments typical of modern supply chains, where precise material flow is essential to maintain productivity and minimise downtime.
Key Design and Operational Features
- Compact size combined with a low height profile supports effortless movement in confined warehouse aisles and shelving systems
- Narrow width configuration available on selected models, making it particularly suitable for high density storage environments
- Specialised load bearing frame positioned at the rear, purpose built to accommodate material boxes securely
- Automated loading and unloading achieved through coordinated lifting and translational movements
- Precise localisation of material boxes at the target position via advanced visual recognition or integrated sensor systems
- Clamping mechanism that interfaces directly with docking equipment to facilitate fully automatic conveying, lifting and material retrieval
Technical Specifications
- Navigation method: inertia plus QR code vision
- Maximum load capacity: 50 kilograms
- Walking speed: 1.5 metres per second
- Battery life: greater than 1500 charge and discharge cycles
- Goods specifications: 600 millimetres by 400 millimetres by 300 millimetres
- Safety protection: laser obstacle avoidance and safety edge contact
- Control mode: programmable logic controller system
- Positioning accuracy: plus or minus 10 millimetres or plus or minus 1 degree
Benefits and Operational Implications
This Latent AGV material box type streamlines material handling processes by reducing manual intervention, thereby enhancing overall throughput and operational safety in high volume facilities. Its integration of inertial navigation with QR code vision provides consistent reliability even in dynamic warehouse settings, while the sensor driven positioning and automated docking capabilities minimise errors and support continuous workflow. In practice, such systems contribute to scalable automation strategies, allowing warehouses to adapt to fluctuating demand without compromising accuracy or safety standards. For edge case scenarios, such as exceptionally narrow aisles or dense racking configurations, the low profile and narrow width options ensure compatibility where traditional equipment might prove unsuitable.
