Measuring material hardness is an important step in maintaining product quality across industries that manufacture rubber parts, plastic components, elastomers, and other polymer-based materials. Consistent testing helps manufacturers evaluate material properties, compare samples, and identify variations that may affect product performance. A fully automatic Shore hardness tester can support these tasks by controlling the measurement process and reducing the need for manual operation. This makes automated hardness testing a valuable option for quality control laboratories, research facilities, and industrial production environments.
The Bareiss digi test II is designed to provide automated hardness measurements for a variety of testing requirements. Depending on the selected configuration, it supports Shore, IRHD, and VLRH measurement methods. These options allow testing professionals to choose a suitable method according to the material and the specifications of the application. Its digital controls and adjustable measurement settings help users carry out structured testing procedures while reviewing the results for quality assessment and material comparison.
Different products require different approaches to hardness measurement. Flat specimens are commonly used in laboratory testing, but finished industrial components may have curved surfaces or unusual shapes. With appropriate measuring devices and accessories, the digi test II can accommodate various sample geometries, including certain convex and concave surfaces. This flexibility can be useful for examining rubber seals, O-rings, molded parts, and other components where correct sample positioning is necessary for meaningful measurements.
Automation can also improve the organization of routine inspection activities. Controlled testing sequences help laboratories maintain consistent procedures and compare measurements across different samples or production batches. The digi test II provides digital data interfaces, including USB and RS-232, which support the transfer of measurement information for documentation and further analysis. These capabilities can help quality assurance teams maintain records, review material variations, and incorporate hardness testing into established inspection workflows.
When selecting a fully automatic Shore hardness tester, it is important to consider the type of material, required Shore scale, sample dimensions, relevant testing standards, and intended application. Different Shore scales are suited to different material hardness ranges, so choosing the correct method is essential. Calibration, sample preparation, and appropriate testing conditions also contribute to reliable results. Reviewing these requirements before selecting equipment helps businesses identify a testing configuration that meets their operational needs.
For manufacturers seeking consistent material inspection, automated hardness measurement can support quality assurance and production monitoring. Evaluating the instrument's measurement methods, compatible accessories, data transfer options, and calibration requirements helps determine whether it is suitable for a particular application. With the correct configuration and testing procedures, the Bareiss digi test II can help laboratories assess material hardness in a structured and efficient manner, supporting informed decisions about product consistency and manufacturing quality.
