Dark Field DFL100-15

Dark Field DFL100-15


Price: 400$ + VAT

PRİON DARK FIELD MACHINE VISION IMAGE PROCESSING LIGHT

Technical Specifications:

  • Lighting Color: 6000K, Green
  • Lighting Angle: 25°
  • Lighting Tilt: 15°
  • Number of LEDs: 218
  • Input Voltage: 24 V
  • Input Current (15 µs): 0.88 A
  • Input Current (1 second): 0.59 A
  • Input Current (1 minute): 0.49 A
  • Input Current (continuous): 0.38 A
  • Body Dimensions: Rmin= 90 mm, Rmax= 125 mm, h= 28 mm
  • Constant Voltage Operation: Yes
  • Diffuser Option: No

Dark Field Illumination is a specialized lighting technique used in image processing projects. In this method, light is typically directed at a specific angle against a dark background to highlight features. Dark Field Illumination can offer various advantages in certain applications. Below is a text explaining the usage scenarios and benefits of Dark Field Illumination in image processing projects:

  1. Surface Defects and Contour Extraction:

    • Defect Analysis: Dark Field Illumination is useful for highlighting surface defects and contours in image processing projects, making it ideal for detailed analysis in quality control applications.

  2. Distinct Surface Details:

    • Detailed Examination: This lighting technique reveals specific surface details intermittently, allowing for the analysis of certain features or patterns.

  3. Surface Roughness and Structural Analysis:

    • Roughness Detection: Dark Field Illumination emphasizes surface roughness or defects, facilitating durability analysis and material characterization.

  4. High Contrast and Shadow Reduction:

    • Contrast Enhancement: Dark Field Illumination is used to obtain high-contrast particles and to scan shadows more distinctly.

  5. Controlled Light Direction:

    • Angle-Based Lighting: Dark Field Illumination provides controlled light direction, allowing for specific angle illumination and highlighting.

  6. Analysis of Transparent and Reflective Surfaces:

    • Surface Analysis: This lighting technique is effective for analyzing defects on transparent or reflective surfaces and for copying surface details.

Dark Field Illumination can significantly reduce the need for machine vision systems in applications where surface details are critical and traditional lighting techniques face challenges.