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Construction sector applications

Le applications in the construction sector require precise and reliable quality control tools. RODER SRL offers advanced solutions for the non-destructive testing data acquisition and process monitoring, ideal for building materials and structures. The systems LASER enable accurate, contactless measurements, while the technologies RFID Tracking e artificial vision guarantee complete control of production and quality.artificial intelligence Integrated analysis enables rapid and predictive analysis, optimizing efficiency and reducing waste. RODER solutions ensure precise, reliable, and traceable results, supporting modern construction companies in compliance with quality standards.

  • Software for data acquisition, analysis and process control

    Software for data acquisition, analysis and process control

    Data acquisition, analysis and process control software optimizes industrial operations. It collects information in real time, analyzes 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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  • Artificial vision systems for quality control on the production line

    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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  • Level measurement in tanks and silos with LASER distance meters

    Level measurement in tanks and silos with LASER distance meters

    LASER distance meters represent a precise and reliable solution for level measurement in tanks and silos, ensuring operational efficiency and safety in industrial processes. LASER technology ensures accurate measurements even in difficult environments or with complex materials.

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  • Operating principle of a digital archimeter

    Operating principle of a digital archimeter

    A digital archimeter accurately measures radii and diameters using electronic sensors and digital displays. It provides immediate and accurate readings, simplifying alignment and dimensional inspection tasks in engineering and industrial applications.

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  • Analysis of the behavior of ball mills

    Analysis of the behavior of ball mills

    Analyzing the behavior of ball mills using slow motion techniques and high-speed cameras allows for detailed observation of the operating dynamics. This approach provides crucial data on the grinding processes and interactions between balls and materials, helping to optimize the efficiency and design of the mills.

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  • Stone Breakage Analysis

    Stone Breakage Analysis

    Analysis of rock fractures using slow motion techniques and high-speed cameras allows us to observe critical details in fracture processes. This approach provides valuable information on the mechanical properties of materials and fracture dynamics, helping to improve the design of structures and materials.

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  • Analysis of crack and breakage phenomena

    Analysis of crack and breakage phenomena

    The analysis of cracking and fracture phenomena using slow motion techniques and high-speed cameras allows us to study fracture processes in great detail. This methodology provides crucial information on the damage mechanisms of materials, helping to improve the design and resistance of engineering components.

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  • Analysis and measurement of stress cracks and fractures

    Analysis and measurement of stress cracks and fractures

    Stress crack and fracture analysis using slow motion techniques and high-speed cameras allows a detailed assessment of fracture mechanisms. This approach provides crucial data to understand the behavior of materials under stress, contributing to the improvement of design and safety in industrial processes.

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  • Analysis of ruptures from fall events

    Analysis of ruptures from fall events

    Analysis of fractures caused by fall events, through slow motion techniques and high-speed cameras, allows to study in detail the fracture mechanisms. This methodology provides critical data on the stresses and dynamics of materials at the moment of impact, improving the understanding of structural performance.

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  • Analysis of car crash phenomena

    Analysis of car crash phenomena

    Studying car crashes with high-speed cameras for slow-motion analysis. The research provides details on impact phenomena, allowing a deep understanding of the structural behaviors of vehicles during collisions. Advanced technologies and ultra-high definition footage support the development of innovative solutions for road safety.

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