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Polymer and colloidal samples are weighed precisely using a precision balance to reliably produce suspensions with very low weight fractions. This accurate dosing allows for the economical use of valuable samples and ensures reproducible sample preparation.
In the laboratory, an unnoticed error when weighing a substance sample will, in most cases, affect the entire test and cannot be corrected. Therefore, careful weighing of a precisely defined amount of a substance is essential for a meaningful experiment.
Force testing of new metal alloys for use in space travel. A force test bench with a measuring cell is used here. This measuring cell should be calibrated regularly: every measurement is only as good as the associated calibration standards.
In soft matter research, emulsions, gels, and complex liquid systems are analyzed to reliably determine concentrations and material properties. This precise analysis supports reproducible laboratory conditions and generates robust data for research, development, and material characterization.
Precision balances enable precise measurements of the smallest weights and are indispensable for laboratories, research and development, quality control and production.
In physics institutes, gels, emulsions, dispersions, and other soft matter materials are precisely dosed and weighed. This precise weighing ensures reproducible laboratory conditions and provides a reliable basis for scientific analyses.
Soft materials such as emulsions, gels, or viscoelastic substances are precisely dosed and weighed for physical and materials science experiments. This precise sample preparation ensures reproducible experimental results and a reliable investigation of material properties.
