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NISSHA has developed a surface sensor that can measure friction and shear forces in real-time. It reads the deformation of a flexible sheet sensor and maps the in-plane distribution of friction and shear forces. We respond to requests such as "conventional force sensors cannot detect multiple points," "I want to observe not only the pressure distribution but also the distribution of frictional forces," and "I want to evaluate the tactile sensations felt by human fingertips." 【Features】 - Uses a film substrate, resulting in a very thin and flat structure. - The film is flexible, allowing for attachment to curved surfaces. - The sensor is formed as a matrix on the film, enabling simultaneous detection at multiple points. - Can measure not only pressure but also the in-plane distribution of frictional forces. *For more details, please refer to the related links or feel free to contact us.
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【Proposal Examples (Partial)】 <Robots and FA Equipment> ■ Capable of controlling not only gripping force but also pulling and twisting forces ■ Contributes to the automation of manufacturing techniques that have traditionally been considered the skills of craftsmen - Quantification of the finish state (smoothness) of the polished surface in the polishing process - Verification of the bonding strength in fitting and screw areas <Friction Distribution Measurement> ■ Large-area sensor arrays can map the in-plane distribution of frictional forces ■ Suitable for product development and tribology research, including analysis of tire structure behavior and frictional forces acting on shoe soles *For more details, please refer to the related links or feel free to contact us.
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【Purpose】 ■Measurement of friction and shear force *For more details, please refer to the related links or feel free to contact us.
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NISSHA has continuously expanded its core technologies by integrating printing technology, which it has cultivated since its founding, with elements such as coating, molding, and metal processing. This has enabled the diversification of products and target markets, as well as entry into global markets, thereby achieving an expansion of its business domain. The current core technologies consist of "printing," "coating," "lamination," "molding," "patterning," and "metal processing," and they continue to evolve and expand by incorporating new technologies and materials.