3Z4S-LE ML-EXR5

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Machine vision lens are among the most important part in many applications of automation and robotics. 3Z4S-LE ML-EXR5 is one of the most significant lens among them for its outstanding features. This article is to explore the application field and working principle of the lens.

Application Field

3Z4S-LE ML-EXR5 is an ideal machine vision lens for using in camera and imaging system applications. It is widely used in industrial and commercial fields, such as biometric identification, surveillance, metrology, automotive manufacturing, and food sorting.

In the biometric identification like face recognition, the 3Z4S-LE ML-EXR5 is used to capture the 3D spatial features of the face and other features required for the identification. The captured features of the face could then be compared with the stored face data for authentication.

In surveillance, it is able to provide real-time monitoring of traffic conditions, protect public places and personnel safety. With 3Z4S-LE ML-EXR5, normal monitoring cameras could be upgraded in both day and night vision, so as to achieve the purpose for monitoring.

In metrology, 3Z4S-LE ML-EXR5 is used for the measurement of objects in highly accurate manner. It provides features such as precision, repeatability, linearity and accuracy to meet the requirements of precision measurement。

In automotive manufacturing, it is used to accurately detect the assembly components, including recognition of finished parts and assembly parts, confirmation of component specification, verification of fastening force and so on. In addition, it can also be used for automatic measuring the shape of object and the surface finish.

In food sorting, 3Z4S-LE ML-EXR5 can be used to automate the sorting process based on size, shape or color. It can effectively identify the damage and defects of food so as to reduce the chances of wastage or contamination.

Working Principle

Usually, the working principle of the 3Z4S-LE ML-EXR5 is to capture and analyze the light reflected from the object to be measured. This light can be divided into two parts: visible and infrared. Visible light is mainly used for recognition and analysis, depending on color and intensity. On the other hand, infrared light is used for analysis of distance, position, and speed.

First, the 3Z4S-LE ML-EXR5 converts the light from the object into electrical signals. Then, these electrical signals are further processed by a series of algorithms to get the highest precision results. The algorithms simulate the special optical system which define the lens\' performance for different application, such as telecentric lens, prisms or aspherical lenses.

Once the calculation has been completed, the 3Z4S-LE ML-EXR5 will output the image needed for the application. With the help of machine vision, these results can be used to make decisions faster and more accurately. Furthermore, it is also used to separate objects by color, shape and other characteristics with precision and repeatability.

Conclusion

3Z4S-LE ML-EXR5 is an ideal machine vision lens for many applications of automation and robotics. It largely improves the precision of measurement, and enriches imaging solutions. Equipped with a wide variety of features, 3Z4S-LE ML-EXR5 can handle different scenarios in biometric identification, surveillance, metrology, automotive manufacturing and food sorting.

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