Shaped like a dome or hemisphere, they emit diffuse, optimal light over the inspection area, guaranteeing peak performance of the vision system.
- They are distinguished by their dome or hemispherical shape allowing the light to be uniformly diffused in all directions, minimising shadows and unwanted reflections.
- Light intensity or colour temperature can be tailored to the specific needs of the vision application.
- They emit consistent and uniform light over the entire inspection area, ensuring good visibility of the characteristics of the object and scene.
- Optical filters and reflectors specific to the requirements of the vision application, such as reduced glare or a modified emitted light spectrum.
- Improved image acquisition and more precise analysis and recognition.
- Minimised shadows and reflections improve image quality, simplifying the analysis and inspection of the object’s details.
- Versatile and adaptable to numerous application contexts and requirements of machine vision.
- Inspection of flat or curved surfaces, ensuring uniform lighting and minimising reflections or visible defects.
- Feature or specific object recognition within a scene, providing uniform light that facilitates the extraction of the desired information.
- Measurement and analysis of objects or products, ensuring optimal lighting for more accurate data collection.
Applications
SURFACE INSPECTIONS
They are used to inspect flat or curved surfaces, ensuring uniform lighting and minimising reflections or visible defects.
FEATURE RECOGNITION
Dome illuminators are used to recognise characteristics or specific objects within a scene, providing uniform light that facilitates the extraction of the desired information.
MEASUREMENT AND ANALYSIS
They are used to measure and analyse objects or products, ensuring optimal lighting for more accurate data collection.