LUDRE DARK FIELD MACHINE VISION IMAGE PROCESSING LIGHT

TECHNICAL SPECIFICATIONS
Light Color: Green, 6000K
Lighting Angle: 25°
Lighting Tilt: 30°
Number of LEDs: 252
Input Voltage: 24 V
Input Current (15 µs): 0,52 A
Input Current (1 second): 0,33 A
Input Current (1 minute): 0,28 A
Input Current (continuous): 0,21 A
Housing Dimensions: Rmin= 10 cm, Rmax= 14.5 cm, h= 3 cm
Stable Voltage Usage: Yes
Diffuser Option: No

Low Angle Illumination is a specialized lighting technique used in image processing projects. This technique provides distinct benefits by directing the light source at a low angle, emphasizing shadows and surface details. Text explaining the uses and advantages of Low Angle Illumination in image processing projects:

1. Emphasis on Surface Topography: Low Angle Illumination highlights prominent features of excellent surface topography, showcasing elevations and depressions more prominently.

2. Shadow Details and Contrast Enhancement: Light coming from a low distance emphasizes shadows and enhances surface details, allowing for better object distribution and contrast improvement.

3. Detection of Surface Defects: Low Angle Illumination helps in better detection of surface defects by highlighting cleaned small cracks, flaws, or other imperfections.

4. Analysis of Heterogeneous Surfaces: This lighting technique is effective in solution analysis of heterogeneous surfaces, extracting different surfaces, and clearing wear.

5. Examination of Structural Features: Low Angle Illumination is used to examine the structural boundaries of an object in more detail. This is crucial for material characterization and structural analysis applications.

6. Highlighting Textures: This technique enhances the visibility of emerging textures, making high-contrast and distinctly shadowed results appear more pronounced.

Low Angle Illumination adds valuable information to image processing machines in specific applications, emphasizing important features such as refractive details, shadows, and defects.