In the TUCscicast Dr. Georg Schmidt responds the questions about the latest developments of T-PAPER technology, advantages of the printed electronics today as well as the ideas for the future applications on the basis of printed paper lodspeakers. You will find the TUCscicast in every podcast app!
On March 16 – 19, the T-PAPER team will participate on DAGA – Jahrestagung für Akustik and present their latest ideas and developments.
Dr. Georg Schmidt will give a presentation about T-PAPER technology on March 19. The main aim is to present roll-to-roll method for mass-printing of piezoelectric loudspeakers.
Moreover in our booth we will present prototypes made with our unique printed loudspeaker paper which can be used for different applications like sound books, smart packages, etc.
The annual convention DAGA takes place in Hannover this year. Visit our booth #60 (1st floor) at Hannover Congress Centrum HCC and explore our sound applications with piezoelectric polymer technology!
The Institute for Print and Media Technology at the Chemnitz University of Technology strives to reach the mass market with the printing of paper-speakers – the project is funded by the Federal Ministry of Education and Research (BMBF) with approx. 1,4 million euros.
If the Institute for Print and Media Technology at the Chemnitz University of Technology succeeds, the speaker of the future will be thin as paper and make photo books and packaging sound. In the laboratories of the Chemnitz researchers this is almost real as they already developed the numerously awarded “T-Book” – a large-scale photo book equipped with printed electronic – in 2015. If a page is turned in the “T-Book”, an invisible speaker inside the paper makes sound. “The T-Book is a milestone in the development of printed electronics”, says Prof. Arved C. Hübler, who is managing and promoting this technology trend for 17 years and increases its global importance.
The sonorous innovation from Chemnitz is hitherto manufactured in a semi-automatic single sheet procedure. In the process, normal paper or foils are printed with two layers of conductive organic polymers as electrodes. In between, a piezoelectric layer is incorporated as active element setting the paper or foil into motion. Thus, by air displacement the sound is produced loud and clear. Both sides of the speaker-paper can be color printed. As until now only a single sheet production is possible, the efficiency of this procedure is yet quite low.
That is why the researchers of the Institute for Print and Media Technology take a new line since May 2017 – towards the cost-efficient mass production. Aim of the current project “roll-to-roll printed loudspeaker paper” (short: T-Paper) is to transfer the hitherto single sheet production to a web-based production. “This is supposed to significantly increase the efficiency of the complete manufacturing process in order to address future mass markets such as photo books”, explains project leader Georg C. Schmidt. Furthermore, the optimization of the performance and visual appearance of the speaker paper is planned. “Thus, the possibility arises to fully exploit the potential of the speaker paper and the extension of the application range towards, for example, the field of sensor technology”, Schmidt continues.
The project “T-Paper” is funded within the framework program “Validierung des technologischen und gesellschaftlichen Innovationspotenzials wissenschaftlicher Forschung – VIP+” of the Federal Ministry of Education and Research in the following three years with approx. 1,4 million euros.