Cranes are an indispensable part of modern production, and some cranes can also carry out some special process operations in the production process to achieve mechanization and automation of the production process. The main role is to complete the displacement of heavy objects. It can reduce labor intensity and improve labor productivity.

        In order to achieve high-precision detection of the crane arm, the engineer decided to use HOLON3D handheld 3D scanner to detect the key parts of the crane arm.

3D scanning of the crane

        The lifting machinery is large in size and inconvenient to move, so the scanning speed is required to achieve the purpose of rapid sampling.

        The customer required high accuracy of dimensional detection of key parts in order to obtain accurate error values for key parts and ensure increased safety performance and service life in later use.

3D scanning site view of the crane

3D scanning site view of the crane

Advantages of portable hand-held 3D laser scanning:

        Compared with the traditional detection method, its most fundamental advantage is that its highly portable detection method simplifies the original complex detection process.

With a deep hole scanning mode, the single-line laser has a better ability to capture the data of deep hole scanning when detecting the size of the aperture part, bringing high-precision data support for subsequent detection.

        The 3D scanner participates in the regular maintenance of large-scale industrial equipment, which greatly improves the efficiency of large-scale equipment maintenance, increases the working reliability and service life of the equipment, and provides a guarantee for the mechanization and automation of industrial production.

Crane data analysis diagram

Crane data analysis diagram