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Analysis of crack initiation and fracture phenomena
Analysing crack initiation and fracture phenomena with slow-motion techniques and high-speed cameras makes it possible to study fracture processes in great detail. This methodology provides crucial information on material damage mechanisms, helping to improve the design and strength of engineering components.
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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 combustion phenomena
In-depth analysis of combustion phenomena using high-speed cameras for slow-motion footage. The technology makes it possible to observe flame dynamics in detail, improving understanding of thermochemical processes and supporting the optimisation of advanced energy systems.
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Slow-motion cameras for video recording of fractures and structural collapses
Many events relating to the collapse of structures or building materials are fast and difficult to observe repeatedly. The use of high-speed cameras allows slowed-down viewing of phenomena that could not be observed in any other way.
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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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Slow-motion cameras for video recording of combustion processes
Slow-motion cameras for recording combustion processes are specialised instruments that make it possible to observe in detail the rapid dynamics of flames, gases and particles during combustion. These cameras capture phenomena such as flame ignition, fire propagation and variations in gas density.
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Slow-motion cameras for recording high-speed events
Slow-motion cameras, designed to capture high-speed events, are highly advanced instruments used in various fields, from scientific and engineering research to film and sports production. These cameras record images in a way that allows events lasting fractions of a second to be slowed down significantly.
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Manual measuring systems for quality control and statistical calculation
Manual callipers and micrometers ensure quality and dimensional control in the industrial sector. As precision instruments for measuring lengths, diameters and thicknesses, they ensure compliance with standards, product reliability and reduced scrap, making them indispensable in production and inspection processes.
Extraction, quarries and mines
Quarries, mines and stone processing: vibration, distances and levels, thickness and maintenance checks in harsh environments.
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