We know that IC chip packaging inspection is a necessary procedure before IC chip leaves the factory and an effective measure to ensure that the chip can be used normally. Today, GuangDong Weimi Measurement will introduce the intelligent visual inspection system of mobile video instrument, which is a good helper for IC chip packaging inspection and product defect inspection. The intelligent visual inspection system of mobile video instrument includes nearly 100 kinds of basic inspection tools, which can be combined to complete a variety of complex inspections, and can well help users detect that the chip has no design defects or physical defects and product defects caused by the manufacturing process.
The intelligent visual detection system of micron measurement mobile video instrument is developed based on Linux platform. It has excellent and efficient underlying algorithm, high operation efficiency, stability and reliability, and is suitable for the detection environment of long-time continuous work. Micron measurement continuously improves and accumulates product algorithm functions, continuously improves and upgrades, and integrates neural network recognition algorithm.
The mobile video instrument is mainly used in the field of industrial vision detection. It integrates nearly 100 basic detection tools, such as contour search and positioning, geometric measurement, patch or contour counting, shape matching, gray matching, color discrimination, color intensity detection, bar code two-dimensional code recognition, character recognition and extraction, defect detection, object positioning and so on, It can be combined arbitrarily to complete a variety of complex detection applications.
Technical parameters of mobile video instrument:
Model | 3205SA | ||
Working stroke (mm) | 200*50(Z) | Size specification (mm) | 860x540x735 |
Machine weight (kg) | About 85 | Power (W) | About 300 |
The intelligent visual detection system of mobile video instrument perfectly matches and integrates image acquisition, data communication, external control and result output. Equipped with appropriate lens, light source and other peripheral equipment, it can be designed into various precision test instruments. It is an ideal tool for IC chip packaging detection, printed product defect detection, product logo detection and measurement, and product bar code two-dimensional code identification and comparison.