The bidirectional latent traction AGV (Automated Guided Vehicle) achieves bidirectional movement in narrow spaces through its bidirectional latent design, enabling it to complete transportation tasks without turning around, effectively improving space utilization. Its core features include:

Compact structure: Small in size, it is suitable for narrow environments such as warehouses and workshops. Some models are only 168mm high, allowing them to operate concealed at the bottom of vehicles.

Intelligent Navigation: Supports magnetic guidance, laser navigation, or visual navigation (such as visual SLAM technology, with positioning accuracy of ±10mm and navigation accuracy of ±5mm), enabling precise positioning and obstacle avoidance.

High reliability: The modular design facilitates maintenance, and it is equipped with automatic scheduling and path planning functions, featuring low energy consumption and environmental friendliness.

Main application scenarios

Manufacturing industry: Material distribution in automobile and electronic workshops, such as the transfer of production line components and the handling of finished products.

Logistics warehousing: Goods sorting and transfer in e-commerce warehouses and food processing warehouses, especially suitable for space-constrained areas.

Core strengths

Efficient space utilization: The bidirectional driving design reduces the turning radius requirement, enhancing the passage rate through narrow passageways.

Intelligent upgrade: Integrating IoT and AI technologies, it supports automatic obstacle avoidance and task priority scheduling, reducing manual intervention.

Cost optimization: Replace manual handling to reduce labor costs, and simultaneously minimize material waiting time through precise scheduling.