Featuring a very fast response time, they allow sharp images to be captured even of fast-moving objects.
- Very short light pulses in the order of micro- and nanoseconds. This allows the action to be frozen and to obtain sharp images of fast-moving objects.
- Highly intense light during the pulse, guaranteeing good visibility even in low light conditions.
- Control over the frequency and duration of the light pulses for greater control of the scene, adapting to various application needs.
- Ultra-fast strobe operation (less than a microsecond).
- Integrated high-power super-fast main driver.
- Very high peak power (~kW).
- Integrated FPGA for real-time control, filtering, protection and synchronisation of modules.
- Advanced flash technology to generate fast and intense light pulses.
- Possibility for synchronisation with camera or image acquisition systems.
- Optimises image quality by reducing motion blur.
- They allow the action to be frozen in sharp images of fast-moving objects like parts in a production line, free-falling objects or moving machinery.
- The use of short light pulses helps reduce the effect of motion blur in images, improving the vision of the object’s details and characteristics.
- Detection of defects, imperfections and flaws that would otherwise be difficult to identify with continuous lighting.
- Inspection of moving products on production lines, for example defect detection on mechanical parts, inspection of fast-moving labels and pharmaceutical products.
- High-speed photography to capture sharp images of fast-moving objects like droplets, explosions or moving fragments.
Applications
INSPECTION
They are used to inspect moving products on production lines, for example to detect defects on mechanical parts and to inspect fast-moving labels and pharmaceutical products.
HIGH-SPEED IMAGE ACQUISITION
Ultra-fast strobe illuminators are used in high-speed photography to capture sharp images of fast-moving objects.
SYNCHRONISATION
Strobe illuminators are often used in combination with cameras to achieve precise synchronisation between the lighting and image acquisition.