Automobile Tuner Lug Nuts Defect Detection System

NINGBO LANCEINDUSTRIAL CO.,LIMITED is an advanced manufacturing enterprise focusing on high-end applications of machine vision and intelligent technology. Our Automobile Tuner Lug Nuts Defect Detection System enables digital quality inspection of every part in the automotive manufacturing industry. Our machine can replace manual labor in measuring and judging the size and appearance defects of automobile parts and is a valuable piece of equipment for production, assembly, and packaging.

Main Equipment Composition and Mechanism

Inspection result image

OK

OK

OK

Adjust and test machine

1. The detection speed of Automobile Tuner Lug Nuts Defect Detection System is very fast and is not affected by the mounting density.

2. Fast and convenient editing system, graphical interface, what you see is what you get, automatic testing program compilation using mounting data.

3. For different detection items, there are different detection methods (detection algorithms) combined with the optical imaging processing system.

4. When the mounting position of the original part to be tested is offset, the detection window will automatically position to achieve high-precision detection.

5. Display the actual error image to facilitate workers to conduct final visual inspection.

6. Analyze the causes of defects through statistical NG data and provide real-time feedback on process information.

Q&A

Q1：How fast can vision Defect Detection System operate?‌

A1：The high-speed system can process thousands of pieces per minute (e.g., bottle cap inspection reaches 6000 pieces/minute), depending on the camera frame rate, image size, and algorithm complexity.

Q2：What is the resolution of Defect Detection System?

‌A2：The resolution ranges from hundreds of thousands to hundreds of millions of pixels. For example, a 5-megapixel camera achieves a theoretical resolution of 0.02mm under a 100mm field of view.

Q3：How doDefect Detection System handle complex geometries?‌

A3：3D visual reconstruction is used to reconstruct surface topography, or multi-angle 2D imaging combined with stitching algorithms is employed, along with CAD model comparison, to achieve detection of complex structures such as free-form surfaces and internal cavities.

Q4：How do Defect Detection System handle transparent materials?‌

A4：Back lighting, dark-field illumination, polarized light, or infrared imaging is used to make the edges or internal defects of transparent objects visible; 3D laser scanning can also penetrate some transparent media.