Digital design and manufacturing methods for light and pure timber constructions with bent wood
| Head of Research : | Prof. Dr.-Ing. Peer Haller Prof. Dr.-Ing. Robert Jockwer |
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Research Assistant: |
Siavash Namari M.Sc. Martin Eichenauer, Dipl.-Ing. |
| Participating Research Centers: | Institut für Geometrie der TU Dresden, AG Geometrische Modellierung und Visualisierung GHEbavaria Maschinen GmbH |
| Processing Period: | 01.03.2023 - 30.06.2025 |
| Funding Association: | Bundesministerium für Ernährung und Landwirtschaft (FPNR) |
The DigiPure project aims to advance sustainable timber construction by utilizing digital design and manufacturing techniques that incorporate bent wood, creating efficient, adhesive-free structures. Key goals include promoting the use of deciduous trees in construction, enhancing resource efficiency, and integrating digital processes within timber production. This approach supports ecological forestry practices and aims to develop structures with minimized waste and reduced environmental impact.
The project focuses on developing adaptable methods and technologies, such as parametric modeling and CNC machining, to handle complex wood shapes, bending, and joining without adhesives or metals. Objectives include establishing an adaptable manufacturing process, integrating robotics in production, and showcasing these techniques through a demonstrative structure. The initiative aligns with national sustainable bioeconomy policies by encouraging the use of diverse wood species and enhancing the structural potential of timber through innovative approaches.