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Use of additive technology for the design and production of eye prosthesis prototype
Vocílka, Ondřej ; Sliwková, Petra (referee) ; Sedlák, Josef (advisor)
This diploma thesis has an aim to fabricate a prototype of esthetical prosthesis using solely Rapid Prototyping aditive technology and to explore the possibility of using commercially available biocompatible materials. In the theoretical part, a description of types of ocular prosthesis types with the focus being on esthetic ocular prosthesis. is given. The practical part of the work offers a comprehensive view on the whole process of the prototype fabrication. It provides a description of creating the 3D model by scanning, geometrical adjustments of the model, textures mapping, print optimization and the printing itself. The closing part of the thesis consists of a discussing focused on an evaluation of the fabricated prototype followed by technical-economical assesment, a proposal of next steps, and a proposal of current usage of the created method.
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Design and Production of Eye Prosthesis Using 3D Printing
Vocílka, Ondřej ; Sliwková, Petra (referee) ; Sedlák, Josef (advisor)
This Bachelor’s thesis deals with a production of a prototype of an eye prosthesis using 3D printing on the base of a model given by scanning of an PMMA handmade prosthesis. Model was modified in a program 3ds Max 2017. The core of the prosthesis with texture was created using this procedure. Additive technology PolyJet and 3D printer Stratasys J750 was used for production. Printed core was covered with biocompatible material to create biocompatible surface. The Bachelor’s thesis was ended with a discussion, in which problematic steps of the production were described. The discussion also includes economic analysis and suggested procedure of future production of eye prostheses using 3D printing.
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Use of additive technology for the design and production of eye prosthesis prototype
Vocílka, Ondřej ; Sliwková, Petra (referee) ; Sedlák, Josef (advisor)
This diploma thesis has an aim to fabricate a prototype of esthetical prosthesis using solely Rapid Prototyping aditive technology and to explore the possibility of using commercially available biocompatible materials. In the theoretical part, a description of types of ocular prosthesis types with the focus being on esthetic ocular prosthesis. is given. The practical part of the work offers a comprehensive view on the whole process of the prototype fabrication. It provides a description of creating the 3D model by scanning, geometrical adjustments of the model, textures mapping, print optimization and the printing itself. The closing part of the thesis consists of a discussing focused on an evaluation of the fabricated prototype followed by technical-economical assesment, a proposal of next steps, and a proposal of current usage of the created method.
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Design and Production of Eye Prosthesis Using 3D Printing
Vocílka, Ondřej ; Sliwková, Petra (referee) ; Sedlák, Josef (advisor)
This Bachelor’s thesis deals with a production of a prototype of an eye prosthesis using 3D printing on the base of a model given by scanning of an PMMA handmade prosthesis. Model was modified in a program 3ds Max 2017. The core of the prosthesis with texture was created using this procedure. Additive technology PolyJet and 3D printer Stratasys J750 was used for production. Printed core was covered with biocompatible material to create biocompatible surface. The Bachelor’s thesis was ended with a discussion, in which problematic steps of the production were described. The discussion also includes economic analysis and suggested procedure of future production of eye prostheses using 3D printing.
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