In industrial fields such as shipbuilding, gantry cranes and other lifting equipment are widely used. However, various types of machines frequently cross-operate in the field, and the potential collision between cranes seriously threatens personnel safety and production progress. To resolve this problem, Weite launched an active anti-collision system for gantry cranes to ensure the safety of lifting operations in the shipbuilding industry.

At the construction site, lifting equipment such as truck cranes, tower cranes, and crawler cranes often work together, and there are cross working areas. In order to ensure the safe and efficient operation of these equipment in dense working areas and avoid accidents and shutdowns caused by collisions, Weite launched a multi-device group defense system. The system aims to use intelligent means to prevent crane collisions in cross-working areas, improve on-site work efficiency, and ensure the safety of equipment and personnel.

In the high-speed railway bridge erection project, the beam transporter is the core equipment for transporting hundreds of tons of beams. The accuracy of its travel path directly affects the construction efficiency and safety.

Recently, the 900T beam transporter equipped with Weite Beidou path planning assisted driving system was successfully applied to the construction of the Chongqing-Kunming High-Speed Railway project.

Recently, the gantry crane anti-collision system installed and debugged by Weite in a shipyard in Qidong City was successfully accepted. After the system was officially put into operation, it has received close attention from users in the industry.