LUDRE BACKLIGHT K3224 MACHINE VISION IMAGE PROCESSING LIGHT

TECHNICAL SPECIFICATIONS
Lighting Color: 6000K, Green, Red
Illumination Angle: 30°, 60°
Illumination Intensity: 1.92 k lm
Number of LEDs: 768
Input Voltage: 24 V
Input Current (15 µs): 2,4 A
Input Current (1 second): 1,5 A
Input Current (1 minute): 1,2 A
Input Current (continuous): 0,96 A 
Dimensions: 27.5 cm x 27.5 cm x 5.5 cm
Stable Voltage Operation: Yes
Diffuser Option: Yes

Backlighting is a highly important and widely used technique in image processing projects, offering various advantages in different applications. The following details cover the areas of use and the scope of backlighting in image processing:

1. Object Recognition and Tracking: Backlighting becomes an ideal choice for image processing projects involving object recognition and tracking, enhancing the appearance and contrast of the emerging scene. The created contrast helps spread and distribute accurately in a scene.

2. Quality Inspection in Manufacturing: Backlighting is commonly used for quality inspection purposes in manufacturing environments. It provides a clear view of surface defects, allowing image processing algorithms to recognize and categorize defects effectively.

3. Document and Text Analysis: Backlighting has proven beneficial for image processing projects involving document analysis or Optical Character Recognition (OCR). It helps extract and interpret the content of OCR cleanups by illuminating the text.

4. Biomedical Imaging: Biomedical imaging applications use backlighting for specific features in biological samples. This aids in the analysis of cell structures, tissues, and other vital elements for medical treatment.

5. Edge Detection and Boundary Mapping: Backlighting is crucial in edge detection projects where precise delimitation of object boundaries is essential. This technique enhances the appearance, allowing more accurate boundary mapping.

6. Dimensional Measurement: Image processing processes involving dimensional measurement benefit from backlighting by providing a well-defined and high-contrast view. This helps accurately display dimensions in the image.

7. Security and Surveillance: Backlighting is used in security and surveillance applications, especially to ensure visibility in low-light conditions. This is crucial for detecting and analyzing security-related issues.

8. Environmental Monitoring: Backlighting in projects involving environmental monitoring separates specific formations in an image, such as terrain features or atmospheric conditions. This aids in the accurate analysis of data.

In summary, backlighting plays a significant role in meeting the diverse requirements of image processing projects. Its ability to enhance appearance, contrast, and feature highlighting makes it an invaluable tool in applications ranging from production quality control to biomedical imaging.