Distance measurements
Measuring instruments, sensors and transducers for distance measurements and tests
Thickness measurements
Measuring instruments, sensors and transducers for thickness measurements and tests
Position measurements
Measuring instruments, sensors and transducers for position measurements and tests
Height measurements
Measuring instruments, sensors and transducers for height measurements and tests
Diameter measurements
Measuring instruments, sensors and transducers for diameter measurements and tests
Measurements of ovality
Measuring instruments, sensors and transducers for ovality measurements and tests
Profile measurements
Measuring instruments, sensors and transducers for profile measurements and tests
Displacement measures
Measuring instruments, sensors and transducers for displacement measurements and tests
Humidity measurements
Measuring instruments, sensors and transducers for humidity measurements and tests
Torsion measurements
Measuring instruments, sensors and transducers for torsion measurements and tests
Speed measurements
Measuring instruments, sensors and transducers for speed measurements and tests
Strength measurements
Measuring instruments, sensors and transducers for force measurement and testing
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Deepening
In the industrial field, the dimensional measurements are a fundamental aspect for the quality of the products.
One of the most used tools are the laser distance meters, instruments capable of measuring the distance between two points by emitting a laser beam.
These tools allow you to work accurately in checking the dimensions of components and finished products, helping to ensure compliance with the required technical specifications.
One advantage of laser distance meters is that they perform non-contact measurementsthus avoiding the risk of damaging the surface of what is being measured.
This is particularly important especially when dealing with high-end products or delicate components, where any slightest damage could compromise the quality and therefore the value of the product.
Laser measurement is not the only tool available for quality control:
Other tools in contact, such as the mechanical probes or micrometers, are still widely used, especially for precision inspection of surfaces and complex shaped components.
In any case, the use of precise and reliable measuring instruments is essential to ensure the reliability of the finished products and customer satisfaction.
Industry 4.0
Quality control is an ever-evolving industry which is benefiting from the introduction of industry 4.0 technologies.
The use of automation systems and advanced sensors makes it possible to acquire real-time data on the efficiency of the machines and on the production processes, with a significant improvement in the effectiveness of the tests and a reduction in costs.
Industry 4.0 technologies, such as the Internet of Things (IoT) and data analysis, are making it possible to implement ever more sophisticated and complex test and verification systems.
In summary, dimensional measurement is a crucial aspect for the quality of industrial products.
Thanks to the use of high-precision tools, such as laser distance meters, and industry 4.0 technologies, quality control has become increasingly advanced and sophisticated.
Data analysis and process automation are making it possible to improve test efficiency and reduce costs, making the industry increasingly competitive and cutting-edge.
Systems and integration division partner: http://www.roder.it