Our main goal is to deliver uniqueness and customization in design and constructions while keeping the production, transport and warehousing innovatively efficient. This is how we imagine the world of future. Light, durable structures of customized applications produced on demand out of one-of-a-kind parts, yet efficiently. We use computer controlled production. Customized pattern, customized form, customized function, one-of-a-kind product and outstanding precision is what we deliver. You will find all of this philosophy reflected in our products. We research, we discover new possibilities,...

CONTENTS TECHNOLOGY THE TECHNOLOGIES OF STEEL SHEETS’ STABILIZATION • 9 FiDU: THE TECHNOLOGY OF INFLATING METAL SHEETS • 13 ecology • 19 PROJECTS SEAHORSE • 23 FiDU FOOTBALL • 25 FiDU ROTOR • 29 BRIDGE • 31 ARCHTONIC CONCEPT SPACE III • 33 BLOW AND ROLL • 35 BALLANTINE’S 12 BAR • 39 ZIETA BAZAIR • 41 testimonial for the Audi Q3 • 43 STILWERK LIMITED EDITIONS GALLERY • 45 REFLECTIONS EXHIBITION • 47 COLLECTION AND ZIETA BETA PRODUCTS PLOPP FAMILY • 53 KAMM • 64 PIN • 68 RONDEL • 71 NOGI • 76 CHIPPENSTEEL 0.5 • 76 KOZA • 80 DRAB • 84 DRAB MIRROR • 86 UNTERDRUCK • 88 MULTIPUNKT • 92 TATARAK • 94...

TECHNICAL SHEETS /zieta COLLECTION PLOPP STANDARD • 111 PLOPP MINI • 112 PLOPP KITCHEN • 113 CHIPPENSTEEL 0.5 ALU • 114 CHIPPENSTEEL 0.5 • 115 UNTERDRUCK SLIM • 116 UNTERDRUCK II • 117 KOZA • 118 KOZA II • 119 KOZIOL • 120 NOGI • 121 KAMM • 122 PIN • 123 DRAB • 124 DRAB MIRROR • 125 RONDEL • 126 TECHNICAL SHEETS /zieta BETA TATARAK • 129 OSIEM • 130 MULTIPUNKT • 131 BONES • 132 TECHNICAL SHEETS /ACCESSORIES BOTKI • 135 PLACEK • 136 BERET • 137 PLOPP UP • 138 ZIETA LIMITED PLOPP COPPER FAMILY • 141 CHIPPENSTEEL COPPER • 145 CHIPPENSTEEL INOX • 149 CHIPPENSTEEL RAW • 150 RONDEL COPPER • 154 KAMM...

THE TECHNOLOGIES OF STEEL SHEETS’ STABILIZATION We develop different efficient technologies of stabilization of thin metal sheets and we provide lean production processes for the objects made of metal sheets. During the work at the ETH in Zurich, Oskar Zieta and Philipp Dohmen have researched many techniques that afford the creation of durable 3d objects out of flat shapes of standard material. The technologies are predicated on maximizing the use of each element. The steel sheet shapes are bent, corrugated, punctured and inflated to achieve stability and to be used in design or architecture....

FiDU: THE TECHNOLOGY OF INFLATING METAL SHEETS DEVELOPMENT AND RESEARCH FiDU is the most innovative technology developed by Zieta Prozessdesign. FiDU is an abbreviation of the German term “Freie-Innen-Druck-Umformung” – the Inner Pressure Forming. It means that two shapes cut from steel sheets are welded around their edges and inflated into a 3d object. The deformation of metal sheets caused by the pressure makes it stable. Moreover – it makes it so durable, that it can be categorized as an ultra-light construction. It takes only two thin steel sheets to create a complicated and very durable...

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ECOLOGY Our objects are made of steel and are fully recyclable. It means that they can be reused again as a fully valuable material to help save resources and avoid waste. We are aware of the fact that the production of the raw steel is quite energy-intensive. This is because of the metallurgical processing temperature of 1.500 – 1.800°C which requires input of coal and carbon in the heating process. In order to reduce the CO2 emissions researchers around the world are working on new methods to minimize the bad impact on the environment by finding an innovative way of steel production. We keep...

Plopp stool can carry up to 2,5t, weighting only 3,5kg 20 RESEARCH ON FiDU TECHNOLOGY

SEAHORSE Seahorse is a research project exploring new ways to build a large-scale construction in FiDU and to aesthetically solve corners in the inflated form. A large modular construction has been successfully realized using the FIDU-method. The resulting elements feature surprisingly high efficiency in terms of self-weight/load-bearingcapacity ratio, as well as relatively low processing effort.

FiDU FOOTBALL FiDU football - a modular object, a more than 4m diameter icosahedron, i.e. a football, explored the application of such characteristics as: planned contour control, precision and rigidity of inflated objects in FiDU. In this case, high precision was required. 90 elements in total were produced. This project was the first successful completion of a refined, precise, three-dimensional construction from FiDU elements. This is where one often overlooked feature of the basic technology is brought to the fore - FiDU is a sophisticated combination of digital and laser production techniques...

FiDU ROTOR To enhance the aerodynamics of the wind-rotor blades, inspiration was taken from nature – from the fins of the whales. A non-symmetrical profile for a wind rotor could be created successfully in FiDU technology, out of only two thin steel sheets cut in the desired shape. This project has manifold benefits over traditional wind turbine construction. In addition to significantly lower production cost it is also possible to scale the wings to almost any size and thus adapt the design to the specific weather conditions of any location.

© Copyright by Tobias Madorin FiDU FOOT BRIDGE FiDU foot bridge project is a test of use of FiDU for ultra-light constructions. With a span of 6m and a net weight of only 174 kilograms, the bridge can carry up to 1850kg (almost 2 tonnes). And still, the main ingredients of the construction are: 1mm thick sheet metal and 0.4bar from the air compressor. Efficient in production, easy to build, fully-usable foot bridge is a showcase of the new opportunity delivered by FiDU.