LUDRE LINEAR AREA LIGHTING LAL MACHINE VISION IMAGE PROCESSING LIGHT

TECHNICAL SPECIFICATIONS
Lighting Color: 4000k, 6000K, Mavi
Illumination Angle: 180°
Illumination Intensity: 5 k lm
Number of LEDs: 36
Input Voltage: 48 V
Input Current (15 µs): 20 Amps
Input Current (1 second): 10 Amps
Input Current (1 minute): 4 Amps
Input Current (continuous): 1.2 Amps
Dimensions: 140 cm x 63 cm x 4 cm
Stable Voltage Operation: No
Diffuser Option: No

The importance of linear lighting in image processing projects can be observed in various areas. The roles and components of linear lighting in projects:

Homogeneous Light Distribution: Linear lighting provides a light-emitting and homogeneous appearance. This ensures more equal and detailed illumination, providing reliable imaging analysis.

High-Contrast and Distinct Shadows: Linear lighting is ideal for obtaining high-contrast images. Distinct shadows, crucial for image processing applications, are emphasized.

Examination of Fast and Moving Objects: Proper lighting is effective in high-speed imaging applications and rapid motion analysis. The illumination from a stable and homogeneous source helps achieve clear distances quickly.

Surface Details and Defect Detection: This lighting method emphasizes surface details and highlights defects. This is crucial in quality control applications, especially in detecting surface flaws on production lines.

Measurement and Sizing Applications: Proper lighting enables efficient and precise measurement and sizing. This is particularly important in industrial applications and medical imaging systems.

Flexible Mounting and Usage: Linear lighting systems often offer flexible mounting options, allowing them to easily adapt to different application forms and projects.

Linear lighting, in conjunction with this framework, plays a crucial role in enhancing the appearance, analysis, and measurement that arise in many image processing projects.