Application of aerial work platforms in the construction industry

In the construction industry, high-altitude operations are very frequent. However, traditional aerial work equipment such as scaffolding, gantry, and derrick have problems such as poor safety, large consumption of construction materials, and long time consumption. With its excellent safety guarantee and excellent work efficiency, aerial work platforms have become an ideal substitute for scaffolding and have promoted the mechanization process of construction.

Compared with traditional equipment, aerial work platforms have a more stable structural design, which can effectively avoid accidents caused by instability. In addition, it can be flexibly adjusted and moved according to actual needs, providing a good working environment while saving a lot of time and human resources. The use of aerial work platforms can not only significantly reduce labor intensity during the construction process, but also improve construction efficiency. Due to its convenience and flexibility, it makes it easier for construction workers to perform various tasks without the need to frequently go up and down stairs or climb scaffolding. This not only reduces physical exertion, but also increases the time it takes the operator to complete the task.

Under certain special construction conditions, aerial work platforms are the best choice to achieve construction requirements. For example, when installing glass curtain walls, the use of aerial work platforms can not only shorten the construction period and eliminate the safety hazards of traditional high-altitude operations. In addition, the aerial work platforms have advanced extended platforms, multiple doors, non-marking tires, and pits. Advanced designs such as swale protection can solve installation problems in parts of the curtain wall that are not easily accessible.

Currently, various types of aerial work platforms are widely used in the construction industry, such as electric and hydraulic scissor-type aerial work platforms, articulating arm-type aerial work platforms, etc. These advanced aerial work equipment meet the safety, stability and functional diversity requirements of different projects through technological innovation and improvement. In short, after being widely used in the construction industry, it not only ensures the safety of personnel during the construction process, but also improves the execution speed of the entire project. This will continue to promote the construction field to move towards more intelligence and mechanization.