Issues that need resolving

The customer is a company that designs and produces barbecue equipment. In daily production, the processed workpieces need to be tested for processing accuracy to determine whether the workpiece is a qualified product.

1. The customer sample has an arc shape, which is difficult to achieve with traditional measurement.

2. The deformation and thickness of the sample need to be quickly tested in three dimensions, and the customer does the reverse design by himself.

Three-dimensional inspection solutions for sheet metal stamping parts

1. Scanning equipment: handheld laser 3D scanner

2. Scanning object: sheet metal stamping parts

3. Application industry: machinery manufacturing

4. Solution: quality inspection and reverse design

Barbecue grills and their accessories are mostly curved workpieces. It is difficult to obtain accurate dimensional data using traditional mechanical measurement, which is time-consuming and labor-intensive. Using a handheld 3D laser scanner, you can easily and accurately obtain the 3D data of the shape of the workpiece, and then compare it with the standard 3D digital model, you can intuitively and comprehensively get the distribution of the workpiece's machining deviation.

Working hours of handheld 3D laser scanner

It takes 5 minutes to paste the mark

Scan time 10 minutes

3D inspection results of sheet metal stamping parts

1. Physical picture

2. Scan data

3. Digital-analog comparison result

Use a handheld 3D laser scanner to collect the shape 3D data of the sheet metal stamping parts, and then import the scanned 3D point cloud data into the 3D digital model inspection software, do 3D digital model inspection and comparison, and obtain the deviation distribution chromatogram of the workpiece. Create annotations for key areas on the chromatogram to get the specific deviation value of the area. Through this method, the processing accuracy detection of sheet metal stamping parts can be completed quickly and accurately.