FLV-EP50R

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Lighting is an essential component in machine vision applications. Different lighting techniques are used for different types of applications. The FLV-EP50R is one of the lighting techniques used for Machine Vision applications. It is used to enhance the accuracy and efficiency of machine vision operations.

Application of FLV-EP50R Lighting

Flv-EP50R lighting is mainly used in high contrast vision applications. This type of lighting is most suitable for applications such as white/black background inspection, reflective distinction, fluorescent tracing, inspection of dark highlights, clear text on light background, etc. In the inspection of shiny materials, such as PCB and printed materials with sharp edges, the lighting technique helps to clearly define the contours for fast and accurate editing. The technology also provides effective illumination for detecting misplaced components on printed circuit boards. The lighting technique also helps in inventory analysis and work-in-progress (WIP) manufacturing process.

Working Principle of FLV-EP50R

The working principle of the FLV-EP50R lighting technique is based on the principle of the parallel directional illumination. The lighting comprises two different types of lights. One is a flat light source and the other a normal diffused light source. The flat light source works by directing large areas of illumination in a single direction, resulting in a very sharp image. This type of lighting can provide higher contrast and better resolution. The normal diffused light source works by diffusing and softening the light in all directions. This ensures optimum contrast and a better image. The two types of light sources are combined in such a way that the image is combined without any shadow effects.

Advantages of FLV-EP50R Lighting

The most significant advantage of using the FLV-EP50R lighting technique is that it can provide superior levels of contrast and image resolution. The key feature of this lighting technique is its ability to provide a very high level of contrast that is typically greater than with conventional lighting. The high resolution of the image makes it possible to accurately detect even the most subtle differences or variations in the component images. This is particularly useful in applications such as inspection of PCBs where extremely high levels of precision are required. The lighting technique also ensures that the image is devoid of any shadows, which would otherwise cause errors in the analysis. The FLV-EP50R lighting is also highly reliable and can be used in both indoor and outdoor environments.

Conclusion

The FLV-EP50R lighting technique is ideal for high contrast vision applications. The two types of light sources – a flat light source and a normal diffused light source – are combined in such a way that the image is combined without any shadow effects. The key feature of this lighting technique is its ability to provide a very high level of contrast that is typically greater than with conventional lighting. The high resolution of the image makes it possible to accurately detect even the most subtle differences or variations in the component images. It is also highly reliable and can be used in both indoor and outdoor environments.

The specific data is subject to PDF, and the above content is for reference