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8 results on '"Teibrich, A"'

4. Low-fidelity fabrication: Speeding up design iteration of 3D objects

Author

Kerstin Guenther, Lisa Pfistere, François Guimbretière, Tobias Mohr, Dustin Beyer, Serafima Gurevich, Stefanie Mueller, Johannes Frohnhofen, Hsiang-Ting Chen, Patrick Baudisch, Alexander Teibrich, and Sangha Im

Subjects
Rapid prototyping, Engineering drawing, Fabrication, business.industry, Computer science, Computer graphics (images), 3D printing, Modular design, Object (computer science), business, Focus (optics)
Abstract

Low-fidelity fabrication systems speed up rapid prototyping by printing intermediate versions of a prototype as fast, low-fidelity previews. Only the final version is fabricated as a full high-fidelity 3D print. This allows designers to iterate more quickly-achieving a better design in less time. Depending on what is currently being tested, low-fidelity fabrication is implemented in different ways: (1) faBrickator allows for a modular approach by substituting sub-volumes of the 3D model with building blocks. (2) WirePrint allows for quickly testing the shape of an object, such as the ergonomic fit, by printing wireframe structures. (3) Platener preserves the technical function by substituting 3D print with laser-cut plates of the same size and thickness. At our CHI'15 interactivity booth, we give a combined live demo of all three low-fidelity fabrication systems- putting special focus on our new low-fidelity fabrication system Platener (paper at CHI'15).

Published
2015

5. Low-fidelity fabrication: Speeding up design iteration of 3D objects

Author

Mueller, S, Beyer, D, Mohr, T, Gurevich, S, Teibrich, A, Pfisterer, L, Guenther, K, Frohnhofen, J, Chen, HT, Baudisch, P, Im, S, Guimbretière, F, Mueller, S, Beyer, D, Mohr, T, Gurevich, S, Teibrich, A, Pfisterer, L, Guenther, K, Frohnhofen, J, Chen, HT, Baudisch, P, Im, S, and Guimbretière, F

Abstract

Low-fidelity fabrication systems speed up rapid prototyping by printing intermediate versions of a prototype as fast, low-fidelity previews. Only the final version is fabricated as a full high-fidelity 3D print. This allows designers to iterate more quickly-achieving a better design in less time. Depending on what is currently being tested, low-fidelity fabrication is implemented in different ways: (1) faBrickator allows for a modular approach by substituting sub-volumes of the 3D model with building blocks. (2) WirePrint allows for quickly testing the shape of an object, such as the ergonomic fit, by printing wireframe structures. (3) Platener preserves the technical function by substituting 3D print with laser-cut plates of the same size and thickness. At our CHI'15 interactivity booth, we give a combined live demo of all three low-fidelity fabrication systems- putting special focus on our new low-fidelity fabrication system Platener (paper at CHI'15).

Published
2015

6. Patching Physical Objects

Author

Teibrich, Alexander, primary, Mueller, Stefanie, additional, Guimbretière, François, additional, Kovacs, Robert, additional, Neubert, Stefan, additional, and Baudisch, Patrick, additional

Published
2015
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7. Low-Fidelity Fabrication

Author

Mueller, Stefanie, primary, Beyer, Dustin, additional, Mohr, Tobias, additional, Gurevich, Serafima, additional, Teibrich, Alexander, additional, Pfistere, Lisa, additional, Guenther, Kerstin, additional, Frohnhofen, Johannes, additional, Chen, Hsiang-Ting, additional, Baudisch, Patrick, additional, Im, Sangha, additional, and Guimbretière, François, additional

Published
2015
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8. WirePrint

Author

Mueller, Stefanie, primary, Im, Sangha, additional, Gurevich, Serafima, additional, Teibrich, Alexander, additional, Pfisterer, Lisa, additional, Guimbretière, François, additional, and Baudisch, Patrick, additional

Published
2014
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