Manufacturers collaborate on development of a 3D touch sensor

May 11, 2020 //By Jean-Pierre Joosting
Manufacturers collaborate on development of a 3D touch sensor
Nano Dimension and REHAU have succeeded in printing a 3D touch sensor with premium polymer products from REHAU that can be transformed into back-lit human-machine-interface surfaces.

REHAU established a dedicated technology platform called "Electronics into Polymers" with the mission to make their premium polymer products smarter and increase the value for its customers by seamlessly integrating electronics, resulting in the development of the 3D touch sensor.

Printing was done using the DragonFly LDM, an additive manufacturing machine from Nano Dimension, which is the industry's only comprehensive platform for round-the-clock 3D printing of electronic circuity, capable of producing unique and non-standard shapes. In accordance with the rise of Smart Home, Smart Mobility and internet-connected devices (IoT), the polymer-based industry is in search of new ways to develop innovative and functional devices presenting new applications with improved performances, efficiencies and lower cost.

"Smartification is no longer just a vision for us. REHAU is developing improved products for the smart home and IoT environment, and Nano Dimension is providing important technology to help accelerate the availability of promising new applications," said Dr. Ansgar Niehoff, Head of Technology Platform "Electronics into Polymers" at REHAU.

Dr. Philipp Luchscheider, the REHAU engineer behind the 3D touch sensor design, added, "With the DragonFly LDM we will drive forward REHAU's electronics into polymers strategy to speed up in-house electronics development and find new installation spaces and functions for our products."

Concerning the DragonFly LDM printing machine, Yoav Stern, Nano Dimension's President and CEO commented, "REHAU will be the first of its kind to bring together in-depth knowledge of polymer materials processing with the ability to insert electronics." 

www.nano-di.com


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