Textile Technology

Emtec Electronic Achieves New Dimensions Of Haptic Measurement With Product Launch At Outdoor Retailer

Published: May 26, 2023
Author: DIGITAL MEDIA EXECUTIVE

Outdoor enthusiasts are constantly searching for high-performance, long-lasting recreational apparel that offers exceptional comfort. It is advantageous for producers to have accurate data available when creating the tactile qualities of a garment. Softness, smoothness, flexibility, and recovery behaviour are among the high-quality comfort indicators that serve as the benchmarks for satisfying customer preferences.

The tried-and-true TSA Tactile Sensation Analyzer from German producer emtec Electronic will be on display at the Outdoor Retailer Summer Show. This tool already offers a novel method for measuring softness by replicating the sensory capabilities of the human hand through sound and deformation analysis. In under 90 seconds compared to the standard hand-panel testing methods, haptic parameters can be assessed objectively and the results can be digitalized. seconds are the norm.

The Tissue Softness Analyzer (TSA), which was first used in the tissue paper industry, is now a recognised global industry standard for haptic measurement. Technical Information Paper (TIP) 0808-07 (2021) from the Technical Association of the Pulp and Paper Industry (TAPPI) details its measuring principles and practical application.

The new gadget, which was developed in response to the demands and preferences of the textile sector, not only has a high-quality design but also extends additional measurement functions that enable a deeper comprehension of material qualities. A new digitising technique also offers a lot of benefits to all consumers.

Visitors are encouraged to swing by the emtec booth at the Outdoor Retailer Summer Show to learn more about the functionalities and application possibilities of the proven TSA and the new device talking with Alexander Gruener (Business Development Manager, emtec) and Rodger Segelstrom (Product Line Director Technidyne/Industrial Physics).

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