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Analysis of high-speed phenomena
Analysing high-speed phenomena with slow-motion video uses advanced cameras to capture critical details that would otherwise be invisible. This technology makes it possible to study complex dynamics, optimise industrial processes and improve the reliability of engineering systems.
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Analysis of material cutting with tools
Analysing material cutting using slow-motion techniques and high-speed cameras provides an in-depth understanding of machining processes. This approach makes it possible to observe in detail the interaction between tools and materials, improving the design and optimisation of cutting tools.
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Analysis and measurement of stress cracks and fractures
Analysing stress cracks and fractures with slow-motion techniques and high-speed cameras allows a detailed assessment of fracture mechanisms. This approach provides crucial data for understanding the behaviour of materials under stress, helping to improve design and safety in industrial processes.
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Analysis of fractures caused by drop events
Analysing fractures caused by drop events using slow-motion techniques and high-speed cameras allows detailed study of fracture mechanisms. This methodology provides critical data on the stresses and dynamics of materials at the moment of impact, improving understanding of structural performance.
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Analysis of car crash phenomena
Study of car crashes with high-speed cameras for slow-motion analysis. The research provides detail on impact phenomena, enabling an in-depth understanding of the structural behaviour of vehicles during collisions. Advanced technologies and ultra-high-definition footage support the development of innovative road safety solutions.
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Contact thickness gauges for the production line and the metrology laboratory
Precision contact thickness gauges with a deep throat, suitable for measuring the thickness of textile products, strip, sheet metal or any sheet product. The large bow allows measurement at points that are difficult to reach with traditional measuring instruments.
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Special lighting systems for vision systems on production lines
Special lighting systems for industrial vision systems and manual inspection benches. LED illuminators with direct lighting or backlight functions.
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Systems for in-line thickness inspection of sheets and panels
Profile and thickness measurement of plastic sheets with contact and non-contact systems. Automatic LASER thickness gauges with thickness and profile measurement directly on the production line.
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Slow-motion cameras for recording high-speed processes
Slow-motion cameras are advanced instruments ideal for recording high-speed processes, offering the possibility of capturing events that occur in fractions of a second. Thanks to very high frame rates, these cameras record every detail of phenomena otherwise invisible to the naked eye, such as explosions, impacts or movements of complex machinery
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Automatic systems for dimensional inspection of parts machined on CNC machining centres
Automatic systems for dimensional inspection of parts machined on CNC machining centres ensure precision and quality. They use advanced sensors and software to verify tolerances and compliance, reducing scrap and rework. Ideal for optimising production processes and meeting the standards required in complex industrial sectors.
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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