CCD visual inspection: More accurate than manual inspection?

The image system performs various operations on these signals to extract the features of the target, and then controls the equipment action in the field according to the discriminating results. A valuable mechanism for production, assembly or packaging. He is invaluable in detecting defects or preventing defective products from being distributed to consumers.

In simple terms, CCD vision detection is the target conversion image signal taken by machine vision products, transmitted to a dedicated image processing system, according to pixel distribution and brightness, color and other information, into a digital signal.

CCD visual inspection has some advantages over manual inspection

Step 1 Be objective

The detection results are more accurate and reliable, CCD visual detection will not be affected by the fatigue of the operation, responsibility and experience and other factors, a fatal defect of the traditional human eye detection, is the subjectivity brought by emotions, the detection results will change due to the mood of the worker, and the machine does not have anger, sorrow and joy, the detection results are naturally accurate and reliable.

2. High repeatability

CCD vision inspection does not feel tired, in contrast to the human eye every time it detects a product will be slightly different, even if the product is exactly the same.

3. High speed

CCD visual inspection can detect products faster, especially when detecting high-speed moving objects, such as visual positioning tracking systems in the printing and packaging industry.

4. Low cost, high efficiency

The automatic detection machine can undertake the tasks of several people, and the machine does not need to stop, will not get sick, can work continuously, and can greatly improve production efficiency.

5. You are flexible

The vision system is capable of multiple measurements, and as the application changes, the case can be changed or upgraded to meet new needs. Machine vision systems are more adaptable, flexible and reconfigurable than optical and machine sensors.