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Project Background:

In the power transformer manufacturing industry, large power transformers often weigh hundreds of tons individually. Traditional methods for transferring them between workshops face limitations in practical applications, including spatial constraints, insufficient flexibility, low operational efficiency due to manual handling, and high safety risks. As transformer products evolve toward ultra-high voltage and large capacity, their individual weights continue to increase. Many existing workshop transport equipment can no longer meet the transfer demands for 300-ton-level products. Therefore, customers of Hangfa Robotics urgently require the introduction of an efficient, stable, and high-precision heavy-duty transfer solution. This equipment must safely and flexibly move hundred-ton-level transformers within limited workshop spaces, adapt to production line rhythms, and ensure overall production efficiency and product safety.

Solution:

As a leading domestic manufacturer of heavy-duty AGVs, Hangfa Robotics provides a wheeled transport vehicle model named OmniTitan with a load capacity of 300 tons. Featuring a customized design and an ultra-low chassis height, it flexibly adapts to loads of various weights and sizes. Equipped with a high-precision hydraulic lifting system, it enables smooth lifting and micro-adjustments. The vehicle can move omnidirectionally, supporting multiple modes such as straight-line travel, diagonal movement, and self-rotation, enhancing maneuverability and operational flexibility in narrow workshop passages. Remote control operation allows personnel to manage the vehicle from a distance, significantly reducing safety risks. The vehicle structure adopts a low-center-of-gravity design to ensure stable transport conditions. Hangfa Robotics' 300-ton heavy-duty AGV supports workshop logistics scheduling and production capacity optimization, comprehensively enhancing the intelligence and safety of transformer production.