Glass Jar Defects Inspection System In Mechanical Automation Production

Glass Jar Defects Inspection System In Mechanical Automation Production

System features

Visual inspection

Glass bottles are widely used in food, medicine, beverage and other product packaging. The traditional glass bottle detection method (manual detection) has problems such as low efficiency and high labor intensity. Its detection accuracy is easily affected by external factors, and the reliability of the detection results is not high.

With the development of industrial automation, the speed of the production line continues to increase, and manual inspection can no longer meet the speed requirements. In recent years, machine vision technology has developed rapidly and has been used for online inspection of various products, glass bottles
Defect detection is one of many typical applications of visual inspection.

Inspection principle

Glass bottle defect detection based on machine vision technology mainly realizes the detection function of human eyes with the help of machine vision system, involving optical technology, electronic technology, image processing technology, mechanical automation technology and computer control technology.

Glass bottle defect detection based on machine vision technology is to process and analyze the images collected by industrial cameras with the help of machine vision detection software, analyze the detection results to generate specific report information, and use the results to control the production process and the movement of the object to be measured.

Inspection details

The main detection functions of the glass bottle defect inspection machine are:

• Size detection (including bottle height, bottle body inner and outer diameter, bottle mouth outer diameter, bottle mouth height, etc.);
• Defects in the appearance of the bottle (including bubbles, impurities, wrinkles, horizontal and vertical stripes, adhesions, stones, cracks, nicks, abrasions and obvious oil dirt, fingerprints, etc.);
• Defects at the bottom of the bottle (including uneven bottom, thorns, partial bottom, stones, etc.);
• Bottle shoulder defects (including sloping shoulders, crooked bottles, similar appearance defects to the bottle body, etc.);
• The main detection functions of the beverage filling inspection machine are:
• Empty bottle foreign object detection;
• Empty bottle body defect detection;
• Filling level detection;
• Reading statistics of packaging date;
• Barcode, QR code reading statistics, etc.