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Position measurement of logs and wood panels
LASER distance meters allow easy and fast measurement of the position and length of logs and wood panels. The use of LASER distance meters makes it possible to measure distances and positions without contact and with high precision. The measurement can be shown on a display or transmitted remotely.
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Systems for measuring the position, displacement and deformation of large structures
Systems for measuring the position, displacement and deformation of large structures use advanced technologies such as strain sensors, GPS and laser scanning. These instruments allow precise monitoring of structural stresses, ensuring the safety and integrity of infrastructure by detecting any anomalies or critical movements in real time
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Level measurement in tanks, silos or large containers with level display on remote monitors
Level measurement in large tanks, silos and containers with remote monitoring ensures precision and continuous control. Advanced systems allow real-time display on remote monitors, optimising resource management and improving operational efficiency in industrial and logistics settings.
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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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Profile and position measurement with LASER scanners
Profile and position measurement technology with LASER scanners ensures precise, fast dimensional inspection. It can be integrated into automated systems and enables continuous quality monitoring, reducing errors and scrap. AI-supported innovation enhances the management of industrial processes, promoting efficiency and competitiveness.
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Protective housings for sensors and optical instruments
Protective housings for sensors and optical instruments, designed for the food sector, offer a high degree of protection against contamination and deterioration. Made from materials resistant to chemical agents, they ensure the functionality and reliability of measuring instruments in critical environments, while ensuring compliance with hygiene regulations.
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