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Flatness measurement on blanked parts
Flatness measurement of parts produced by fine blanking, stamping or laser cutting. Flatness is measured with multi-point systems capable of calculating total flatness, partial flatness or, where required, dimensional values.
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Flatness measurement with multi-gauging units and LVDT linear transducers
MODULCHECK series dimensional and geometric inspection systems for measuring mechanical parts and discrete objects and determining their conformity, using objective measuring procedures that are easy to manage even for non-expert personnel.
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Dimensional checks with multi-gauging units and LVDT linear transducers
MODULCHECK series dimensional and geometric inspection systems for measuring mechanical parts and discrete objects and determining their conformity, using objective measuring procedures that are easy to manage even for non-expert personnel.
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Systems for measuring flatness on blanked, stamped or die-cast parts
Flatness measurement systems for blanked, stamped or die-cast parts ensure precise inspection of surface conformity. They use advanced technologies, such as LASER scanners or optical sensors, to identify defects and ensure quality, improving production processes and reducing scrap.
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Measuring systems for alignment and parallelism control
Alignment and parallelism measuring systems optimise the precision of presses and machine tools. They measure angles, distances and positions, improving processes such as welding and assembly, including in automated environments.
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Electronic control units for data acquisition and process control
Laser measuring instruments for the laboratory ensure precision and speed in testing. Integrated with advanced software, they allow detailed data acquisition and analysis, supporting quality control, process optimisation and error reduction. Ideal for technology sectors, they deliver reliable, customisable results.
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Dipping machines
Dipping machines are designed for coating components by immersion in polymer solutions or paints. These automated systems guarantee uniformity and precision in the application process, optimising cycle times and reducing waste. They are used in sectors such as electronics, cosmetics and automotive.
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Robotic systems for the inspection, measurement and assembly of mechanical parts
A robotic system for the inspection, measurement and assembly of mechanical parts automates production processes, guaranteeing precision, efficiency and quality. It integrates advanced technologies for dimensional inspection and assembly, reducing errors and optimising production times in highly competitive industrial sectors.
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