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Laser profilometers for testing tires and wheels with harmonic analysis
Laser profilometers are advanced instruments used to monitor the geometry of tires and wheels. Through harmonic analysis, they allow to identify surface irregularities and dimensional variations, improving production quality and operational safety. These devices offer high precision and rapid measurements.
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Systems for the control of the axial play of crankshafts and pulleys in internal combustion engines
Axial clearance control systems in internal combustion engines are crucial to optimize operational stability and reduce wear. These systems, through the use of bearings and adjustment devices, ensure the correct alignment of crankshafts and pulleys, improving engine efficiency and life.
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Profile measurement of pressed, sheared, drawn or welded sheet metal parts
Profile measurement of stamped, sheared, drawn or welded sheet metal parts ensures precision and quality in production processes. Advanced technologies, such as scanners and sensors, detect defects and compliance, optimizing dimensional checks and ensuring reliable components for the industry.
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Manual measuring benches for dimensional and geometric control of mechanical parts
Manual measuring benches for dimensional and geometric control are reliable and versatile tools for accurately checking mechanical components. Ideal for industrial applications, they offer ease of use, adaptability to different geometries and support in ensuring the quality of products compliant with the required standards.
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Measuring the drawing and flaring profile of pipes and flanges
Measuring the profile of drawing and flaring of pipes and flanges is essential to ensure efficiency in assembly processes and safety in industrial applications. Advanced technologies, such as 3D metrology, allow for precise evaluation, optimizing component quality and reducing production waste.
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Control of the welding profile on automatic machines with LASER scanner
Welding profile control with laser scanners on automatic machines ensures precision and quality in production processes. This technology detects defects and variations in real time, optimizing efficiency, reducing waste and ensuring high standards in industrial applications.
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Automatic systems for the control of aluminum castings and assembly structures
Automated systems for the inspection of aluminum castings and assembly structures use advanced technologies, such as scanners and sensors, to detect defects and ensure dimensional accuracy. They improve component quality, optimize production processes and reduce waste and operating costs.
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LASER scanner for dimensional and geometric control of continuous products in the production line
LASER scanners for dimensional and geometric control offer precise and non-invasive measurements of industrial components. Ideal for checking shapes, dimensions and tolerances, they improve product quality and optimize production processes thanks to speed, automation and micrometric accuracy.
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Length and position measurement for easily deformable profiles
Length measurement systems for easily deformable materials such as rubber gaskets, polystyrene profiles, gaskets, textiles and polyurethane foam. The presence of a laser pointer allows to easily and precisely identify the measuring point even on easily deformable materials.
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Profile measurement with laser scanner and comparison with mathematical model
Laser scanner profile measurement is an innovative technique for acquiring high-precision three-dimensional data. By comparing this data with mathematical models, it is possible to analyze complex shapes and evaluate deviations, improving industrial processes and ensuring high quality standards. This synergy optimizes design and production.
