3D inspection of automobile front-end assembly_3D scanner

3D inspection of automobile front-end assembly

Release time：2024-04-25 Views：291

In recent years, under the guidance of aesthetic design principles and ergonomics, the design of automobile bodies, interior and exterior decorations, and spare parts has become increasingly innovative. Creative designs are directly marketed to car sales, and product quality testing of the entire car and parts of the car can shorten the research and development cycle and improve product competitiveness.

Car front-end assembly scanning site picture

Facing problems

(1) The customer product workpiece has a black and dark surface, with a complex overall outline and many mounting holes;

(2) Customers need to conduct three-dimensional inspection data model analysis on the front-end assembly such as mounting hole positions and overall profile;

(3) The customer's product workpieces are large and require high measurement accuracy. Traditional measurement methods cannot accurately, comprehensively and quickly measure the three-dimensional data on the surface of automobile parts, and there is a lack of effective measurement solutions for complex contours and narrow blind spots.

Car front-end assembly scanning site picture

Automobile front-end assembly STL data chart

Solution

(1) The "Model 41" can be used to perform 360° all-round rapid and accurate scanning of automotive interior and exterior product workpieces such as main and auxiliary instrument panels, all-plastic tailgates, door panels, bumpers, front-end frames, wheel covers, window frames, etc. What you see is what you get;

(2) Hualang 3D scanning system has strong adaptability to ambient light and workpiece surface sensitivity, and does not need to spray color difference agent on the surface of the object to be measured;

(3) High scanning accuracy can greatly improve workpiece detection efficiency, improve processing technology and product quality, and shorten new product development cycles;

(4) Import the three-dimensional data of the scanned workpiece into the detection software for comparison and analysis with the original digital model, and quickly obtain a model analysis report.