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Overview of rapid prototyping technology
Nejedlý, Petr ; Čudek, Vladimír (referee) ; Paloušek, David (advisor)
Aim of this bacelor thesis is to summarize current knowledge of Rapid Prototyping technologies and to estimate development in the future. There is characteristic of Rapid Prototyping and including this technology in the process of product development in the first part. Complete wiev of the most common Rapid Prototyping, principles and andvantages, disadvantages and possibility of using are included in the second part.
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Application of Rapid prototyping methods for development of new product
Rozinek, Josef ; Sedlák, Josef (referee) ; Zouhar, Jan (advisor)
Target of this bachelor’s thesis is to describe application of Rapid Prototyping methods for development of a new product. First it describes principles used by machines for Rapid Prototyping with the overview of selected manufacturers of specific devices. Further it contains certain examples of industrial application. Thesis is concerned about development of a new product using conventional methods and Rapid Prototyping methods with the analysis of the differences and advantages of each method. It describes an issue of design of a new product from the sketch phase to the prototype production phase. As an example of industrial application there is described a Narex angle grinder inovation process.
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Rapid Prototyping Technology in Automotive Industry
Skrutek, Ivo ; Svída, David (referee) ; Ramík, Pavel (advisor)
This bachelor´s thesis offer basic overview about today´s Rapid Prototyping technologies, their principles and possibilities of usage in automotive industry. It is aimed on the description of each method, explanation of function, depicting advantages and disadvantages For each individual case there are some real examples of usage RP technology in automotive industry. One part shows practical process of producing part by FDM. At the end is mentioned a possible development of this technology in future and her widening in automotive industry.
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Rapid prototyping methods (RP) suitable for foundry technology
Slovák, Vojtěch ; Helán, Jiří (referee) ; Horáček, Milan (advisor)
The aim of this thesis is to make an integrated view of the most considerable current Rapid prototyping methods and the most frequent applications in the foundry industry. The work does not propose to find all existing Rapid prototyping methods and their use in the foundry technology either. But it wants to take down the most important aplications of Rapid prototyping methods especially direct casting methods.
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Overview of rapid prototyping technology for medicine
Jícha, Martin ; Svoboda, Petr (referee) ; Paloušek, David (advisor)
This bachelor thesis is intended to map the current state of technology and the possibility of rapid prototyping in medical use. The first part is focused on the common principle of function of RP technologies. The following section discusses specific technologies essential RP and the level of current applications for medical purposes, including specific examples. Here is an outline of future development of these technologies.
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Design Thinking method Design Sprint
Kubáč, David ; Pavlíčková, Jarmila (advisor) ; Louda, Jan (referee)
The main objective of this bachelor thesis is to introduce the Design Sprint method to readers on both theoretical level and practical level of understanding. The bachelor thesis itself is composed of five chapters: The first chapter speaks about the topic, goals, and the structure. The second chapter introduces to readers the term of Design Thinking and the concept behind it as well as methods that are based on Design Thinking followed by the third chapter, in which the Design Sprint is introduced. The fourth chapter describes usage of Design Sprint on a real project and the fifth chapter summarize all the results and objectives.
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Possibilities and limitations of RepRap 3D printers and their use in the market
Žižka, Ondřej ; Sigmund, Tomáš (advisor) ; Jetenský, Pavel (referee)
Theoretical part of the thesis is devoted to the relationship of open source licensing to innovation, rapid prototyping and technologies used for 3D printing. There is also a comparison of selected RepRap printers. The main objective is to explore the possibilities and limitations of RepRap 3D printers while also analyzing their use in the Czech market. The aim of the application part is to test selected RepRap printer and explore the possibilities of 3D printing on these devices. In the last part of the thesis research has been conducted on the use of 3D printers. It's objective is to answer the main research question - who and for what purpose uses and aquires 3D printers
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