They are specifically designed to provide consistent, uniform and direct light on the inspected object, minimising shadows and unwanted reflections.
- Consistent light that maintains a constant direction and angle with respect to the camera’s optical axis to capture clear, sharp images.
- Uniform light distribution for accurate measurements and to identify crucial details in the images.
- Direct emission of the light on the object without being diffused in other directions to eliminate or minimise shadows and unwanted reflections, thus improving the sharpness of the image.
- Large format (e.g. 400 x 100 mm or 300 x 300 mm).
- Optical design suitable for high-resolution imaging.
- The internal diffusion plate can be adjusted by the user to find the ideal balance between directivity and uniformity.
- Diffuse irregular lighting on target.
- Normally positioned in line with the camera lens, allowing the light to directly enter the lens, thus minimising optical interferences and maximising image quality.
- Adjustment of the emitted light intensity, allowing greater control of the scene and adapting to different lighting conditions.
- Improved quality of the analysed image thanks to object lighting that minimises shadows and reflections.
- Increased reliability and precision of vision systems thanks to the consistent and uniform light emitted by the coaxial illuminators to detect defects or flaws.
- They can adapt to a wide range of applications and objects, allowing versatile use in industrial machine vision.
- Control and inspection of components and products during production for guaranteed compliance with quality standards.
- Accurate measurement of object dimensions, distances and positions.
- Identification and recognition of specific features on objects such as barcodes, labels or alphanumeric characters.
- Robotic vision for guidance and control of independent solutions to detect objects, correctly position them and support picking and placing operations.
Applications
DIMENSIONAL MEASUREMENTS
They allow the accurate measurement of object dimensions, distances and positions.
IDENTIFICATION AND RECOGNITION
They can be used to identify and recognise specific characteristics on objects such as barcodes, labels or alphanumeric characters.
ROBOTIC VISION
They are used in robotic guidance and control systems to identify objects, correctly position them and support picking and placing operations.