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Design of replicated production of the selected part and verification of shape and dimensions using optical 3D scanning methods
Šrenk, Jakub ; Fiala, Zdeněk (referee) ; Slaný, Martin (advisor)
This work is engaged in the prototype casting of resin with usage of reverse engineering technology and rapid protopyping. Surface quality and dimensional accuracy was optimized in a production process. The technology of 3D scanning, rapid prototyping, soft tooling and finishing methods is discussed in the theoretical part. Then in the practical part there is analyzed manufacturing process of the selected component for replicated production. 3D scanning, additive technology, soft tools and surface finishing methods were used in the manufacturing process. In the last step, the dimensional accuracy is evaluated and also the technology for serial and piece production was chosen.
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Dimensional Analysis of a Prototype Part Produced by Soft-tooling
Matuška, Jan ; Zouhar, Jan (referee) ; Slaný, Martin (advisor)
This thesis aims to survey contemporary methods of Rapid Prototyping technology, their principle, positives and negatives. Further use of these and other methods for production of forms for small series. The importance of these branches is growing up and it seems, that this trend is going to continue. The practical part of this thesis follows up with manufacturing of Soft Tooling cast and its dimensional analysis.
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Design of replicated production of the selected part and verification of shape and dimensions using optical 3D scanning methods
Šrenk, Jakub ; Fiala, Zdeněk (referee) ; Slaný, Martin (advisor)
This work is engaged in the prototype casting of resin with usage of reverse engineering technology and rapid protopyping. Surface quality and dimensional accuracy was optimized in a production process. The technology of 3D scanning, rapid prototyping, soft tooling and finishing methods is discussed in the theoretical part. Then in the practical part there is analyzed manufacturing process of the selected component for replicated production. 3D scanning, additive technology, soft tools and surface finishing methods were used in the manufacturing process. In the last step, the dimensional accuracy is evaluated and also the technology for serial and piece production was chosen.
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|
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Dimensional Analysis of a Prototype Part Produced by Soft-tooling
Matuška, Jan ; Zouhar, Jan (referee) ; Slaný, Martin (advisor)
This thesis aims to survey contemporary methods of Rapid Prototyping technology, their principle, positives and negatives. Further use of these and other methods for production of forms for small series. The importance of these branches is growing up and it seems, that this trend is going to continue. The practical part of this thesis follows up with manufacturing of Soft Tooling cast and its dimensional analysis.
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