Project Background:

With the advancement of smart manufacturing and Industry 4.0, the automation of workshop logistics has become a core requirement for improving efficiency and reducing operational costs in manufacturing. Traditional workshop material transfer relies on manual forklifts or trailers, which suffer from low efficiency, high labor costs, and high error rates in handling. Particularly in high-frequency, multi-batch assembly line distribution scenarios, this often leads to production line downtime due to material shortages, impacting overall productivity. The customer required an AGV with autonomous navigation capabilities—specifically, a magnetic navigation material distribution AGV—to optimize production cycles and achieve lean logistics management.

Solution:

Hangfa Robotics provided its independently developed and manufactured magnetic navigation material distribution AGV from the T Series, with load capacities of 1t and 1.5t, designed for material transfer and distribution tasks within workshop production assembly lines. The 1t and 1.5t AGVs feature a lifting stroke of 60mm, supporting the lifting, transport, and placement of materials (including pallets) weighing up to 1t and 1.5t, respectively.The AGV integrates a dynamic logistics system equipped with multi-vehicle traffic control functionality. It is configured with a scheduling system, automatic charging stations, and interactive roll-up door modules, simplifying operational management and daily maintenance while significantly reducing errors in material delivery and mixing. This automated handling solution effectively resolves workshop logistics challenges, not only saving substantial labor costs but also accelerating production timelines and efficiency.Hangfa Robotics’ magnetic navigation material distribution AGV enables enterprises to achieve automated in-plant logistics through intelligent task dispatching, inventory management, and automated device integration. This provides users with a comprehensive smart logistics solution, driving the digital and intelligent transformation of manufacturing workflows.