LUDRE RING LIGHT K186 MACHINE VISION IMAGE PROCESSING LIGHT

TECHNICAL SPECIFICATIONS
Lighting Color: 4000K, 6000K, UV 370 nm, UV 390 nm
Illumination Angle: 15°, 30°, 60°
Illumination Intensity: 2,880 lm
Number of LEDs: 18
Input Voltage: 24 V
Input Current (15 µs): 4 Amperes
Input Current (1 second): 2.8 Amperes
Input Current (1 minute): 1.4 Amperes
Input Current (continuous): 1 Amperes
Dimensions: 13 cm x 13 cm x 5 cm
Stable Voltage Operation: Yes
Diffuser Option: None

Ring lighting is a widely used lighting method in image processing projects. This method typically consists of a ring-shaped array of LEDs, providing various advantages. The following text describes the applications and advantages of ring lighting in image processing projects:

1. Homogeneous Light Distribution: Ring lighting evenly distributes light onto objects, illuminating surfaces uniformly. This feature ensures more reliable and consistent results for image processing algorithms.

2. Shadow Reduction: Ring-shaped lighting minimizes shadows on object surfaces, resulting in clearer and more detailed object images, thus enhancing the analysis processes.

3. Surface Details and Contrast Enhancement: Ring lighting emphasizes surface details of objects and enhances contrast, facilitating more detailed analysis of objects.

4. Precision Measurement and Dimensioning Applications: Ring lighting is designed for use in measurement and dimensioning applications, enabling precise measurements of objects.

5. High-Speed Imaging and Moving Objects: Ring lighting is effective in high-speed imaging applications and the analysis of moving objects. The stable and homogeneous illumination from a fixed light source helps achieve clear images even in rapidly changing conditions.

6. Color Accuracy and Structural Lighting: Ring lighting can improve color accuracy and highlight structural details, providing advantages in color-based analyses and material property determination.

7. Flexible Mounting and Application: Ring lighting systems often offer flexible mounting options, allowing adaptation to various application conditions.

Ring lighting provides an effective solution for various image processing projects by delivering clear and detailed images.

Ultraviolet (UV) illuminations have various important applications in image processing projects. Common areas where UV illuminations are widely used include:

1. Fluorescent Substance Detection: UV illuminations are utilized for detecting and emphasizing fluorescent substances in image processing projects. This is frequently observed in medical applications such as cell analysis and biological studies.

2. Blood Stain and Biological Tracing: UV illuminations are used for detecting blood stains or biological traces. This is particularly crucial in forensic science and criminalistic applications.

3. Analysis of Specific Materials: UV illuminations are used for the analysis and development of specific materials. They can be employed to examine the properties of certain chemicals or materials.

4. Tracking Labels and Stamps: UV light is used for detecting and reading specific tracking labels, stamps, or markers. This is common in industrial production processes and security applications.

5. UV Fluorescent Paint and Ink Applications: UV illuminations are used in areas where UV fluorescent paints and inks are applied. This is essential for emphasizing specific designs or security features.

6. Determination of Surface Contamination: UV illuminations can be used to determine surface contamination and for cleanliness control purposes. This is particularly effective in quality control processes in manufacturing environments.

7. Material Inspection in Industry: UV illuminations are used for determining and examining specific features in the inspections of industrial products. This is especially important in applications such as the detection of cracks on metal surfaces.

The use of UV illuminations provides significant advantages in highlighting specific features or materials in certain applications.