With the continuous development of science and technology, the application of truss manipulator in the construction industry is more and more extensive. The truss manipulator is an efficient and flexible robotic device, and its innovative application has brought many benefits in the construction field, such as improving work efficiency, reducing labor costs, and enhancing construction safety. This paper will discuss the innovative application of truss manipulator in the construction field from three aspects.

First, one of the innovative applications of truss manipulators in the construction field is material handling in construction. In traditional construction, a lot of manpower is often needed to move heavy objects, which is not only inefficient, but also has certain security risks. The truss manipulator can easily complete this task, reducing the labor cost and improving the handling speed. Not only that, the truss manipulator can also accurately grasp the position and attitude of the material through its cameras, sensors and other devices, so as to better handle the operation and reduce the risk of misoperation.

Secondly, the second innovative application of truss manipulators in the construction field is the assembly operation in construction. In traditional building construction, a lot of manual assembly operations are often required, which is time-consuming and labor-intensive, and there is a certain error. The truss manipulator can accurately complete various assembly operations through its flexible arm and precise motion control. For example, in the production process of building prefabricated parts, the truss manipulator can be accurately positioned, spliced and assembled according to the design requirements, thereby improving the assembly quality and reducing the assembly time. In addition, the truss manipulator can also complete a variety of complex assembly operations through a variety of tools on its robot arm, such as welding guns, cutting machines, etc., to further improve work efficiency.

Finally, the third innovative application of truss manipulators in the construction field is the high-altitude operation in construction. In the construction process of high-rise buildings, it is often necessary to carry out various high-altitude operations, such as glass curtain wall installation and external wall spraying. Traditional high-altitude work often has a certain risk, but the truss manipulator can easily complete a variety of high-altitude work through its accurate positioning and stable robot arm. For example, during the installation of glass curtain walls, the truss manipulator can accurately locate and grab the glass plate and install it to the specified position, thereby improving construction efficiency and reducing safety risks.

In summary, the innovative application of truss manipulators in the construction field has brought many benefits, such as improving work efficiency, reducing labor costs, and enhancing construction safety. Of course, the truss manipulator may also face some challenges in practical applications, such as technical problems, cost problems, etc., but with the continuous development and innovation of science and technology, I believe that these problems will gradually be solved. It is expected that in the future, the innovative application of truss manipulators in the construction field will bring more opportunities and development space.