Why is industrial vision inspection more advantageous than artificial vision inspection?

1. Repeatability

The machine can finish the inspection work again and again in the same way without feeling tired. On the contrary, every time the human eye detects a product, it will be slightly different, even if the product is exactly the same.

2. High accuracy

Due to the physical conditions of human eyes, machines have obvious advantages in high accuracy. Even if the human eye relies on a magnifying glass or microscope to detect products, the machine will still be more accurate because its accuracy can reach one thousandth of an inch.

3. Objectivity

There is a fatal flaw in human eye detection, which is the subjectivity brought by emotions. The detection results will change with the mood of workers, while the machine has no emotions, so the detection results are naturally very impressive and reliable.

4. High efficiency

Speed machines can detect products faster. Especially when detecting high-speed moving objects, such as production lines, machines can improve production efficiency.

5. Environment

Machine vision is to convert the target into an image signal through an image pickup device and transmit it to a special image processing system. In the process of measuring the workpiece, there is no need to contact with the workpiece, so it can adapt to the harsh and dangerous production environment without causing contact damage to the workpiece. However, manual contact detection with the workpiece can not cope with the harsh and dangerous environment, and it will inevitably cause contact damage to the workpiece during the detection process.

6. Digitization

All measurement data generated in the process of machine vision can be copied independently or copied by network connection, which is convenient for production process statistics and analysis. At the same time, it can also export the specified measurement data and generate reports after measurement, without adding them manually, which is much better than the data statistics of manual detection.