Centesimal Dial Gauges
Centesimal dial gauges are precision measuring instruments designed to detect linear displacements, crucial in quality control and industrial metrology processes. Available with measuring ranges from 1 to 100 mm and a resolution of 0.01 mm, they ensure accurate measurements.
Thanks to their versatility, these dial gauges are used to measure linear displacement of an object and verify the parallelism between two surfaces. They are also ideal for checking flatness and perpendicularity to a reference plane, as well as ensuring proper cylindricity and linearity of a circle relative to an axis. Another key application is detecting height differences between a piece and a reference sample, as well as monitoring deformations in a component subjected to loads or stresses.
Built with high-quality materials and designed for maximum reliability and durability, centesimal dial gauges are an essential solution for ensuring measurement accuracy in industries such as mechanical engineering, aerospace, and high-precision component manufacturing.
Centesimal Dial Gauges
Centesimal dial gauges are precision measuring instruments designed to detect linear displacements, crucial in quality control and industrial metrology processes. Available with measuring ranges from 1 to 100 mm and a resolution of 0.01 mm, they ensure accurate measurements.
Thanks to their versatility, these dial gauges are used to measure linear displacement of an object and verify the parallelism between two surfaces. They are also ideal for checking flatness and perpendicularity to a reference plane, as well as ensuring proper cylindricity and linearity of a circle relative to an axis. Another key application is detecting height differences between a piece and a reference sample, as well as monitoring deformations in a component subjected to loads or stresses.
Built with high-quality materials and designed for maximum reliability and durability, centesimal dial gauges are an essential solution for ensuring measurement accuracy in industries such as mechanical engineering, aerospace, and high-precision component manufacturing.
