Tactile measurement

Tactile measurement in surface technology is a method for the precise determination of surface characteristics and properties through direct contact with the surface. This measurement method is often used in various industries such as manufacturing, quality assurance, material testing and research to obtain important information about surface properties.

Tactile measurement uses a probe or stylus tip that is in direct contact with the surface. This probe can have different shapes and sizes depending on the specific features to be measured. During the measurement, the probe scans the surface, detecting parameters such as roughness, profile, unevenness, scratches and other surface defects. Tactile measurement is usually carried out using a tactile measuring device or a coordinate measuring machine (CMM), which precisely controls the movement of the probe and records the measured data. Modern tactile measurement systems can perform high-resolution measurements and capture a variety of surface features with high accuracy.

The advantages of tactile measurement lie in its accuracy, reliability and versatility. It enables a detailed characterization of surfaces and is therefore indispensable for quality control and process optimization. In addition, tactile measurement can also be used to analyze wear, abrasion, coating quality and other important parameters. Although tactile measurement offers many advantages, it also has some limitations. For example, it can be unsuitable for sensitive surfaces, as direct contact can lead to damage. In addition, the measurement can be time-consuming, especially when capturing large surface areas.

Overall, tactile measurement is an important part of surface engineering, helping to improve the quality, performance and reliability of products and materials. With its ability to provide accurate surface data, it plays a crucial role in many industrial applications and research areas.