Tag: computer vision
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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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Visual inspection of miniaturized components with artificial vision systems and compact LED illuminators
Visual inspection of miniature components uses advanced machine vision systems and compact LED illuminators. These tools provide precision, speed and reliability in quality control, allowing the detection of microscopic defects in sectors such as electronics and micro-mechanics. LED technology provides uniform and long-lasting illumination, optimizing the performance of the systems.
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Robotic islands for quality control with artificial vision systems
Robotic quality control islands with artificial vision systems automate product inspection, detecting visual defects with high precision. Used in various sectors, they improve efficiency and compliance with standards, integrating into production lines to ensure high quality and waste reduction.
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Defect control of sheared and bent metal parts using artificial vision systems
Machine vision systems for defect inspection in stamped and bent metal parts provide fast and accurate inspections. They detect imperfections, deformations and dimensional defects, optimizing product quality and improving production efficiency thanks to advanced imaging and automated analysis technologies.
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Tightness tests on mechanical parts, couplings, pipes, valves and fittings with identification of the leakage point
Leak testing of mechanical components such as hoses, pipes, valves and fittings is essential to ensure the integrity of the systems. These tests identify leak points using techniques such as differential pressure, the use of tracers or detection instruments, thus ensuring optimum performance and operational safety.
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Determining the color of objects, continuous tapes or reference marks
The color determination of objects, continuous ribbons or reference marks is done through spectral analysis and comparison with reference standards. Technologies such as spectrophotometry and multispectral imaging allow to quantify the reflectance and ensure precision in color reproduction, essential for industrial applications and quality control.
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Artificial vision systems for the control of defects on continuous products in the production line
Machine vision systems are essential for quality control in continuous manufacturing processes. Using advanced technologies such as deep learning, these systems identify defects in real time, improving efficiency and reducing waste. Effective implementation can increase productivity and ensure high quality standards.
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Artificial vision systems for non-destructive quality control in the production line
Machine vision systems for non-destructive quality control in the production line identify defects and anomalies without damaging the products. They use high-resolution cameras and advanced algorithms for fast and precise inspections, improving efficiency, quality and compliance with industrial standards.
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Vision systems for cap inspection
Vision systems for checking caps and closures of bottles, vials and vials verify closure accuracy, integrity and compliance. They use cameras and advanced algorithms to detect defects, improving quality and safety in the pharmaceutical, food and cosmetics sectors. They guarantee production efficiency and waste reduction.