Project Background:

In marine engineering and shipbuilding, large structural components often weigh tens of tons. Traditional transfer methods rely on preset tracks or expansive operational spaces, involving high-risk heavy lifting processes, prolonged timeframes, and frequent coordination of multiple equipment types and extensive manpower, resulting in low efficiency. Precise alignment of large components in confined spaces is particularly challenging. With accelerating trends toward larger vessel sizes, modular construction, and heightened demands for shipyard space utilization, production safety, and efficiency, customers of Hangfa Robotics urgently require intelligent heavy-load transfer equipment featuring ultra-high load capacity, mobility flexibility, and high positioning accuracy.

Solution:

Hangfa Robotics provided a transport vehicle from the OmniTitan series with a 50-ton load capacity. The customized vehicle design eliminates track dependencies, enabling agile navigation and precise maneuvering within narrow passageways—significantly enhancing space utilization and path planning flexibility. Millimeter-level precision positioning ensures accurate docking of large components with assembly stations. Equipped with multiple layers of safety protection, the solution substantially improves the safety, automation level, and overall operational efficiency of large-component transfer. Hangfa Robotics’ heavy-duty AGV delivers core transport support for the manufacturing and maintenance of large-scale equipment, driving the intelligent transformation of heavy-load logistics in the shipbuilding industry.