Guardrail mesh is made of woven wire and serves a wide range of applications, with variations in wire gauge and weave density. When using this type of mesh, it is essential for clients to clearly understand its surface area and density specifications. This enables effective data analysis and adjustments to ensure compatibility with other components, allowing for the timely identification of discrepancies and rapid problem resolution, ultimately enhancing operational efficiency.

On-site photos of the guardrail mesh

Guardrail mesh is characterized by low density and fine mesh structure; clients require both area calculation and density measurement. The scanning process yields comprehensive, high-precision data, placing high demands on the scanning equipment. In contrast, traditional manual measurement methods are difficult and time-consuming, often resulting in inaccurate density readings and incomplete area calculations.

On-site image of guardrail mesh scanned in high-precision mode.

We utilized our company’s HOLON751 handheld 3D scanner to perform high-precision scanning of the guardrail mesh. The scanner offers flexible operation and ease of use; its precision mode is ideally suited for capturing the fine details of the mesh, ensuring accurate and clear data acquisition. The system delivers rapid scanning speeds, high precision, and excellent stability.

Guardrail Mesh STL Data Drawing

       Complete, high-precision data obtained via scanning is imported into 3D inspection software for processing; specific regions are selected to calculate area, and density is measured. 3D scanning technology effortlessly meets customer requirements by capturing comprehensive, high-precision data from the sample. Subsequent software processing yields the necessary inspection and analysis data, effectively resolving the customer's issues.

Guardrail Mesh STL Data Drawing

Guardrail Mesh STL Data Drawing