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Systems for monitoring the deformation and thickness of insulating materials subjected to compression
Systems for monitoring the deformation and thickness of insulating materials under compression use pressure sensors and strain transducers. These instruments monitor dimensional variations and mechanical strength, ensuring optimum performance and compliance with thermal and acoustic insulation standards, and improving the energy efficiency of buildings.
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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 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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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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Moisture measurement of wooden and fibreglass hulls with portable meters
Moisture analysis of wooden and fibreglass hulls is crucial to ensure structural integrity and performance. Portable meters provide precise, timely measurements, enabling preventive maintenance and optimising material durability. Correct moisture management prevents damage and deterioration over time.
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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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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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Machine vision systems for quality control on the production line
RODER’s VISION CHECK 2000 system is an “all-in-one” solution for industrial quality control, integrating acquisition, processing and display. It supports up to 32 PoE cameras, Ethernet connections and fieldbuses (Profinet, EtherCAT, Modbus), ensuring flexibility and compatibility with company management systems.
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Ultraviolet vision systems for the analysis of adhesives and sealants with the induced fluorescence technique
Ultraviolet light vision systems with induced fluorescence allow precise analysis of adhesives and sealants. This technique identifies defects, non-uniform distribution or missing material by exploiting the fluorescent reaction of the substances under UV light, guaranteeing advanced, non-contact quality control.
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LED illuminators for ROBOT guidance
LED lighting systems with camera mounting bracket for robot guidance and industrial automation.
News wood sector
Applications in the wood sector require advanced solutions for non-contact quality control and the monitoring of production processes. RODER SRL offers LASER systems, machine vision sensors and data acquisition technologies to guarantee precision, traceability and product compliance. Our solutions combine artificial intelligence and RFID systems to optimize production, reduce waste and improve efficiency. Thanks to non-destructive instruments and dedicated software, defects can be detected and every stage of wood processing monitored, offering a modern, reliable approach for companies in the sector.
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