This is the eGuide number for the object. You can find it next to selected objects in the exhibition.
This is the location number for the object.
Click here to go to the main menu.
Click here to change languages.
Click here to change the font size and log in.
Click here to show the location of the object.
Zoom with two fingers and rotate images 360° with one finger. Swipe an object to the side to see the next one.
Click here for background information, biographies, legends, etc.
Click here to listen to spoken texts or audio files.
Share an object.
Download as PDF.
Add to saved objects.
 
Stool, Plopp, 2007
Oskar Zieta
Stool, Plopp,
Oskar Zieta,

Stool, Plopp,
2007

Oskar Zieta
*1502
g1D0
[{"lat":47.38289287874359,"lng":8.535646799065148},{"floor":"floorplan-ug"}]
BF
GF
1
2
2
Museum für Gestaltung Zürich
Ausstellungsstrasse 60
8031 Zurich
Museum map
Museum für Gestaltung Zürich
Toni-Areal, Pfingstweidstrasse 94
8031 Zurich
  • Plopp Oskar Zieta
  • Plopp Oskar Zieta
6
7
Listen to the text
j

The FIDU process, which was designed in the CAAD department at ETH Zürich, allows two-dimensional metal sheets that have been welded together at the edges to be inflated into three-dimensional hollow volumes. The ultralight Plopp stool is now being serially produced by the company Zieta Prozessdesign in Wrocław and Zurich.

In 2003, as a PhD student at the ETH Zürich, the Polish architect Oskar Zieta (b. 1975) began to explore new production technologies in architectural practice. His experiments with digital tools and computer-aided design led to the invention of a new production method. The so-called FIDU process—free inner pressure deformation—turns thin metal sheets into hollow volumes in a seamless digital chain. Two silhouettes cut out with CNC-controlled laser beams are welded together at the edges by a robot into a waterproof volume. The cavity formed between them can then be inflated under pressure with a liquid or air. The metal bulges outward and forms a stable hollow body. This lightweight construction method allows for customized mass production at a low cost using a common manufacturing process. The first application clearly showed the potential of the FIDU technology. The Plopp stool held up under 2.5 tons of weight in the testing hall at the ETH. The formally striking stool betrays a further characteristic of FIDU: in contrast to conventional CNC-manufactured products, Plopp looks like a handmade original and has a sculptural quality about it. Available in a choice of vibrant colors, it recalls the inflatable furniture of the seventies yet is as tough and durable as steel. (Renate Menzi)

Hocker, Plopp, 2007
Entwurf: Oskar Zieta
Herstellung: Oskar Zieta, Lehrstuhl für Computer Aided Architectural Design, Eidgenössische Technische Hochschule Zürich, CH
Produktion: Hay, Bs Studio A / S, Horsens, DK
Material/Technik: Stahl, verchromt
50 × 55 cm
Dauerleihgabe: Schweizerische Eidgenossenschaft, Bundesamt für Kultur Bern
Literatureo

Museum für Gestaltung Zürich (Hg.), 100 Jahre Schweizer Design, Zürich 2014, S. 348.

Birgit Sonna, «Blecherne Provokation», in: Art – Das Kunstmagazin (2008), Heft 8, S. 74–76.

Alexandra von Ascheraden, «Die Blechbläser», in: ETH Life Online, www.ethlife.ethz.ch/archive_articles/091106_blechblaeser_ava/index [18.4.2014], veröffentlicht am 10.11.2009.

www.blech.arch.ethz.ch

www.zieta.pl

Image creditso

Hocker, Plopp, 2007, Entwurf: Oskar Zieta, Dauerleihgabe: Schweizerische Eidgenossenschaft, Bundesamt für Kultur Bern
Abbildung: Museum für Gestaltung Zürich / ZHdK

Fotografie, Hocker Plopp auf der Josefswiese, 2009, Fotografie: Museum für Gestaltung Zürich / ZHdK
Abbildung: Museum für Gestaltung Zürich / ZHdK

Fotografie, Produktionsprozess im FIDU-Verfahren, um 2007
Abbildung: Oskar Zieta