Width measurements are a fundamental component of industrial production and are essential for ensuring the quality of the final product. For this purpose there is a range of highly technological measuring instruments that make it possible to obtain precise and reliable data.
Among these, vernier calipers are one of the most commonly used instruments. Thanks to their precision and reliability, they are essential for accurately measuring the widths and thicknesses of the various parts of a mechanical component.
Other width measuring instruments often used in industry are LASER distance sensors and optical speed meters. These instruments allow measurements to be taken at a distance, with no need to touch the component being measured, thus reducing the risk of errors due to wear of the instruments themselves. Moreover, the data collected by these instruments is processed extremely quickly, making real-time measurements possible.
Finally, with the advent of so-called “industry 4.0”, technology is also revolutionizing the way width measurements are taken. Thanks to connectivity and digitalization, measurement data can be transmitted in real time to a central system, making it possible to constantly monitor the condition of the machines and to act promptly in the event of malfunctions.
Product categories for width measurement
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Some applications of width measurement products
Technical insight
In industry, width measurements are an essential step both in producing an item and in checking it. For this reason there are numerous measuring instruments specifically designed to make the measuring process as precise as possible.
Width measurement with vernier calipers
Vernier calipers are a measuring instrument commonly used to measure the width of objects. The instrument consists of two metal jaws, one of which is fitted with a sliding cursor. The vernier caliper is used to measure the distance between two points, by means of a graduated scale or a digital device positioned on the moving part of the instrument.
Width measurement with industrial LASER distance sensors
Industrial LASER distance sensors are a sophisticated and precise instrument that uses a LASER beam to measure the distance between two points. This instrument is used in particular for width measurements in large spaces or in the presence of obstacles. It makes it easy to detect defects in an object precisely and effectively.
Width measurement with contact micrometers
Contact micrometers are another measuring instrument commonly used in industry. The instrument consists of a moving probe and a fixed base, and is used to measure the distance between two points. Thanks to its precision, the contact micrometer is a useful instrument both for width measurements and for other activities requiring high precision.
Width measurement with digital comparators
Another measuring instrument used for width measurements is the digital comparator, which makes it possible to measure very small distances. It is an instrument used for precision measurements, able to detect even the smallest differences in width. The digital comparator uses a digital graduated scale to provide a precise reading of the width of the sample.
Width measurement with laser micrometers
Laser micrometers use a LASER beam to measure the width of an object, offering high precision. This instrument is suitable for non-contact width measurements, exploiting the principle of shadow projection. These instruments allow repeatable and precise measurements of widths of various sizes.
Width measurement with LVDT linear probes
LVDT linear probes (Linear Variable Differential Transformer) are measuring instruments used for width measurements. The instrument consists of an electromagnetic induction transducer, which makes it possible to measure the width of a sample through a change in the magnetic field flux. These instruments are used for precision measurements in industry, such as in aeronautical and aerospace engineering.
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