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At our Smart Textile Laboratory, we use leading-edge
systems to develop electronics-textile interconnect technology and state-of-the-art analysis equipment to perform characterization. |
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Interconnect Technology
Connecting microelectronics with conductive fibers in fabrics is a crucial technology in smart
textile applications. Sophisticated design methods are necessary to create power and data lines or even antenna structures
and sensor areas in fabrics. Careful consideration must be given to several factors during the design phase, including the
mechanical protection of the embedded components, the desired electrical properties and of course durability during actual
use.
At the Future-Shape Smart Textile Laboratory, we use leading-edge bonding methods to develop
interconnect technologies for the most diverse conductive fabrics and microelectronic materials. We conduct
elaborate electrical and optical analyses of the contact areas and materials and carry out extensive usability tests to
evaluate degradation characteristics.
If so requested, we can perform analyses and material studies on a contract basis using a scanning
electron microscope.
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