In order to survive, timber companies must adapt to the increasingly demanding wishes of investors and, as a result, be as flexible as possible and respond in a timely manner to changes in the market. Modern planning methods have great advantages as they reduce the cost of planning and increase the accuracy of information. In the master’s thesis, we designed and constructed a wooden ceiling of organic shapes using SolidWorks software and the SWOOD Design add-on, used 3D laser scanning - a contactless measuring method for space capture - made design documentation and plans for cutting on a CNC machine. The ceiling was made of several elements of organic shapes. The elements were made of MDF boards, plywood birch boards, honeycomb paper core and decorative foil. To facilitate the assembly of elements, a subframe was constructed to which the elements were attached. For ease of transportation and assembly, the subframe has been divided into several parts and designed so that the joints of the subframe and the elements are not visible.
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