Tag: industrial cameras
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Artificial vision systems for quality control on the production line
The RODER VISION CHECK 2000 system is an “all-in-one” solution for industrial quality control, integrating acquisition, processing and visualization. It supports up to 32 PoE cameras, Ethernet connections and field buses (Profinet, EtherCAT, Modbus), ensuring flexibility and compatibility with company management systems.
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Ultraviolet light vision systems for the analysis of adhesives and sealants with induced fluorescence technique
Ultraviolet vision systems with induced fluorescence enable precise analysis of adhesives and sealants. This technique identifies defects, non-uniform distributions or material shortages by exploiting the fluorescent reaction of substances under UV light, ensuring advanced and non-contact quality control.
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LED bar lights for ROBOT guidance on conveyor belt
LED bar lighting is an effective and versatile solution for robotic guidance on conveyor belts. Their uniform and directional light ensures a clear and constant view of objects, a crucial element for the precision and efficiency of industrial automation systems.
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Profile and position measurements with LASER scanner
Profile and position measurement technology with LASER scanners guarantees precise and rapid dimensional control. Integrable into automated systems, it allows continuous quality monitoring, reducing errors and waste. AI-supported innovation enhances industrial process management, promoting efficiency and competitiveness.
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Liquid and adhesive dosage analysis
Liquid and adhesive dosing analysis is enhanced through slow motion techniques and high-speed cameras. These tools allow for precise observation of application processes, improving effectiveness and efficiency in industrial operations. Detailed footage provides valuable information for process improvement.
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Battery Explosion Analysis
Battery explosion analysis uses slow-motion techniques and high-speed cameras to capture critical details of the explosion. The footage provides critical insights into battery failure mechanisms, helping to design safer, more reliable systems.
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Metal Powder Combustion Analysis
Metal powder combustion analysis uses slow motion and high speed camera techniques to observe the ignition and propagation processes. These methods allow for detailed data acquisition, improving the understanding of combustion phenomena and their engineering applications.
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Analysis of the movements of mechanical parts
The analysis of the movements of mechanical parts through slow motion videos, acquired with high-speed cameras, offers insights into the operating dynamics and behavior of the components. These techniques allow a precise evaluation of the performance and mechanical interactions in complex scenarios.
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Motion analysis of electrical winding machines
Motion analysis of electrical winding machines uses slow motion techniques and high-speed cameras to observe mechanical processes in detail. These advanced images provide significant insights to improve efficiency and accuracy in the design of such machines.
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Motion Analysis with Image Correlation (DIC)
Motion analysis using DIC and slow-motion video, combined with high-speed cameras, provides precise insights into material dynamics. This methodology improves the understanding of deformations and physical phenomena, supporting applications in engineering and scientific research.