Project Background:

The demand for the transportation of large structural components in the shipbuilding industry is increasing day by day. Traditional transportation methods rely on equipment such as gantry cranes and rail cars, which have problems such as low efficiency, poor site adaptability, and multiple safety hazards. Ship components generally weigh tens of tons, with high precision requirements for transportation (millimeter level errors), and need to adapt to the complex terrain of shipyards. The traditional approach requires multiple people to collaborate, with cumbersome processes and susceptibility to environmental constraints, making it difficult to meet the demands of modern intelligent manufacturing for flexible and automated logistics.

Solution:

Hangfa Robotics provides the OmniTitan heavy-duty AGV with a carrying capacity of 50t. The wheel system adopts a differential steering wheel with hydraulic suspension system and is equipped with high-precision navigation to achieve trackless flexible transportation. It can reduce logistics labor costs, shorten the transportation cycle of large components, and provide core equipment support for the intelligent upgrading of the shipbuilding industry.