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Machine vision systems for defect inspection on mechanical and electronic parts
Machine vision systems for defect inspection on mechanical and electronic parts guarantee rapid, precise inspections. They use high-resolution cameras and advanced algorithms to identify imperfections, improving product quality, reducing scrap and optimising production processes in high-precision sectors.
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Defect inspection of blanked and bent metal parts using machine vision systems
Machine vision systems for defect inspection of blanked and bent metal parts ensure fast and accurate inspections. They detect imperfections, deformations and dimensional defects, optimising product quality and improving production efficiency thanks to advanced imaging technologies and automated analysis.
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Defect inspection on continuous products
The VISIONCHECK-AI system enables defect inspection on continuous products using artificial intelligence. The system is based on deep learning algorithms and neural networks. Analysis is carried out in real time. Learning is based on constantly evolving mathematical models with supervised or automatic training.
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Inspection of the integrity, shape and dimensions of caps on the production line
Inspecting the integrity, shape and dimensions of caps on the production line is crucial to guaranteeing the quality of the final product. Advanced techniques such as optical inspection and laser monitoring make it possible to identify dimensional defects and irregular surfaces, ensuring compliance with industry standards and optimising production efficiency.
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Measurement of oscillation and vibration of shafts, belts and pulleys with LASER gauges and optical triangulation sensors
Measuring the oscillation and vibration of shafts, belts and pulleys is crucial for analysing mechanical performance. The use of LASER gauges and optical triangulation sensors allows precise detection of discontinuities and anomalies, ensuring optimised operation and the prevention of structural failures
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Analysis of high-speed phenomena with slow-motion techniques
Analysing extremely high-speed phenomena using slow-motion techniques with high-speed cameras makes it possible to study dynamic events with great precision. This approach provides important information on rapid physical processes, contributing to a better understanding of mechanical and fluid-dynamic behaviour. Applications range from scientific research to industry, supporting the development of innovative solutions.
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Ultrasonic weld analysis
Ultrasonic testing (UT) of welds detects internal defects — cracks, lack of fusion, inclusions — in accordance with EN ISO 17640, AWS D1.1 and ASME Section V. The Dakota NDT range (FX70-DL portable, FX81-DL benchtop), certified to EN 12668-1 and distributed in Italy by RODER SRL, includes DAC, AWS, TCG and DGS toolkits for professional…
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Flatness measurement on blanked parts
Flatness measurement of parts produced by fine blanking, stamping or laser cutting. Flatness is measured with multi-point systems capable of calculating total flatness, partial flatness or, where required, dimensional values.
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Software for data acquisition, analysis and process control
Data acquisition, analysis and process control software optimises industrial operations. It collects information in real time, analyses it to ensure quality and performance, and automates corrective actions. Essential for improving efficiency and compliance with standards, it integrates advanced technologies for accurate management of production processes.
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Flatness measurement with multi-gauging units and LVDT linear transducers
MODULCHECK series dimensional and geometric inspection systems for measuring mechanical parts and discrete objects and determining their conformity, using objective measuring procedures that are easy to manage even for non-expert personnel.
News metal and semi-finished products sector
Applications in the metal and semi-finished products sector demand precision and reliability in quality control. RODER SRL offers innovative solutions for non-contact measurement, process monitoring and data acquisition. LASER systems, machine vision technologies, artificial intelligence and RFID traceability systems make it possible to analyze every production stage accurately. These instruments guarantee precise, rapid readings, reducing rejects and inefficiency. RODER solutions are designed to integrate into metal and semi-finished product lines, improving process control and optimizing industrial efficiency without destructive intervention.
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