Project Background:

In the field of heavy machinery manufacturing, the upper frame, as the core structural component, has the characteristics of large individual weight and significant size differences. Traditional assembly lines rely on bridge cranes combined with manual traction for transportation, which has problems such as low positioning accuracy, long single piece transportation time, and prominent safety hazards. Hangfa Robotics' customer requires multiple RGVs to achieve automated transportation and full process digital control, and plans to build a flexible assembly line.
 

Solution:

Hangfa Robotics provides 16 heavy-duty RGVs with a carrying capacity of 10 tons. They are designed to be customized and compatible with various frame handling needs on the track. Dynamic optimization of transportation paths is used to improve the overall efficiency of the equipment. System integration security protection matrix, multiple protection mechanisms. The continuous handling time of multiple pieces on the frame is shortened, production capacity is increased, personnel configuration is reduced, and safety is improved, providing innovative solutions for intelligent manufacturing of heavy engineering machinery.