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Measuring oscillations and vibrations of large structures with LASER distance meters
Measuring the oscillations and vibrations of large structures with laser distance meters is an advanced method for ensuring the safety and reliability of infrastructure.
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Monitoring deformation and displacement of large structures with LASER distance meters
Monitoring large structures with LASER distance meters ensures precision and reliability in detecting deformation and displacement, making it an indispensable solution for safety and maintenance.
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Position and displacement measurement of overhead travelling cranes and cranes with LASER distance meters
Position and displacement measurement on overhead cranes and cranes using LASER distance meters ensures precision, reliability and safety in industrial processes. This advanced technology is essential for improving control and optimising operations in complex environments.
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Position and displacement measurement of transport vehicles with LASER distance meters
LASER distance meters offer a precise, reliable solution for monitoring the position and displacement of transport vehicles, improving operational efficiency and safety in industrial and logistics applications.
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Coil diameter and position measurement with LASER distance meters
Precise measurement of coil diameter and position using laser distance meters represents a significant advance in industrial quality control. This non-invasive technology ensures accuracy and repeatability, overcoming the limitations of traditional methods
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Measuring cut length and thickness with LASER distance meters
Laser distance meters are a reliable and precise solution for measuring cut lengths and thicknesses in industrial settings, ensuring accurate results and optimising quality control processes.
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How a digital arch gauge works
A digital arch gauge precisely measures radii and diameters using electronic sensors and digital displays. It provides immediate, accurate readings, simplifying alignment and dimensional inspection operations in engineering and industrial applications.
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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 weld spots and welding slag
Advanced analysis of weld spots and slag using slow-motion video recorded with high-speed cameras. The technique makes it possible to optimise processes by identifying critical issues invisible at standard speeds, improving weld quality and reliability.
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Weld pool analysis with slow-motion video
We analyse the behaviour of the weld pool with high-speed slow-motion footage. Advanced cameras make it possible to observe the process dynamics in detail, providing crucial data to improve welding quality and efficiency.
Nautical and marine
Shipyards and refit: moisture of wooden and fibreglass hulls, residual thickness due to corrosion, coating inspection.
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