The 3S LIFT tower climber is applied to an outdoor billboard at the University of Los Angeles Stadium

Project Challenges:

The University of Los Angeles Stadium is located in the downtown area, surrounded by high-rise buildings, and the unique architectural structure of the stadium imposes strict requirements on the installation location and height of the billboard. Traditional lifting equipment is difficult to meet the needs of high-altitude work, and may affect the normal operation of the stadium and the lives of surrounding residents.

Solution:

In order to ensure the safe and accurate installation of the billboard, the project team decided to use a Tower crane lift machine for construction. The 3S LIFT tower climber machine, with its flexibility and wide operating range, can easily cope with the complex environment around the stadium. At the same time, its stable climbing ability and precise operating performance ensure the stability and safety of the billboard during the installation process.

Implementation process:

During the installation process, the tower climber machine is equipped with a professional installation team and billboard materials, and slowly rises to the scheduled height. The installer uses the stable platform provided by the tower climbing elevator machine to precisely assemble and fix the billboard. The entire installation process was efficient and orderly, without any impact on the normal operation of the stadium and surrounding traffic.

Results show:

With the precise operation of the crane hoist machine, this spectacular outdoor billboard successfully stood around the University of Los Angeles Stadium and became a beautiful landscape. It not only shows the unique charm of the brand, but also highlights the excellent ability of the single person lift in the field of outdoor billboard installation. This successful installation case not only won more exposure opportunities for the brand, but also provided valuable experience for the application of the tower climber machine in similar high-altitude work scenarios.