Collimated Backlight C1010


Price: 245$ + VAT

LUDRE COLLIMATED BACKLIGHT D1010 MACHINE VISION IMAGE PROCESSING LIGHT

TECHNICAL SPECIFICATIONS
Illumination Color: 6500K
Illumination Angle: 85°
Illumination Intensity: 2.56 k lm
Number of LEDs: 108
Input Voltage: 24 V
Input Current (15 µs): 1,42 A
Input Current (1 second): 0,91 A
Input Current (1 minute): 0,74 A
Input Current (continuous): 0,57 A
Dimensions: 14 cm x 10 cm x 3 cm
Stable Operation at Fixed Voltage: Yes
Diffuser Option: Yes

PRION COLLIMATED BACKLIGHT MACHINE VISION IMAGE PROCESSING LIGHT

Collimated backlight is a specialized type of backlighting used in industrial image processing and computer vision applications. The term "collimated" refers to the arrangement of light rays into a parallel beam. This type of lighting allows light to travel in a specific direction without scattering, making it ideal for applications requiring precise measurement and detection.

In traditional backlight systems, light disperses in all directions, whereas collimated backlight directs light in a narrow, parallel beam. This feature enables light to pass only through the edges of the object, minimizing shadowing and creating a sharp silhouette. As a result, the dimensions, edge geometry, and surface features of the object can be detected with much higher accuracy.

Advantages of Collimated Backlight:

  • High Precision: The parallel nature of the light beam increases accuracy in measurement applications.
  • Sharp Edge Detection: The edges of objects are defined with exceptional clarity, which is particularly beneficial for objects with fine details.
  • Reduced Reflection and Glare: Collimated light minimizes reflections and glare, resulting in clearer images.
  • High-Quality Data for Algorithms: Provides superior data quality for deep learning and image processing algorithms.

 

Application
Engine Part Inspections Material Strain Measurement
Packaging Inspections Motion Detection
Medical Bottle Inspections Product Counting
Food Package Inspections Color Concentration Information
Surface Inspections Coordinate Information
Microscopic Camera Applications Particle Identification
Particle Imaging in Liquid Cell Imaging
Particle Size Measurement Machine Monitoring
Particle Counting Image Processing
Machine Vision Industrial Led Lighting
Cell Identification Conveyor Line Lighting
Flame Length Measurement Robot Vision Applications
Edge Detection Industry 4.0 Applications

Key Advantages

Optional Collimation Filter

Pulse and Continuous Operation Options

Easy-to-Mount Design

Homogeneous Light Distribution

Various Color Options

Low Power Consumption

Long Lifespan and Durability

Adaptability to High-Speed Processes