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Design of cutting unit
Jelínek, Pavel ; Košťál, David (referee) ; Brandejs, Jan (advisor)
This thesis deals with a structural design of a cutting roller including a proposal for its drive and exhaust system of the flexography machine Premia produced by Soma spol. s r.o. company. The first part discusses the technology of flexography and about the issue of cropping and extraction of material in general. Another part discusses the optimization of these systems, including the final engineering design. The main outcome of this thesis are drawings of assemblies listed in the annexes.
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Design of cooling roller mounting and driving
Skalický, Lukáš ; Omasta, Milan (referee) ; Brandejs, Jan (advisor)
The basic aim of this bachelor’s thesis is design of double-surface cooling roller driving for flexographic printing machine Mini 80-EG, which is manufactured by company SOMA spol. s r.o. Next aim is design of this roller, its mounting and cooling water inlet into inner space. Design is based on more calculations. The most important of them are listed in bachelor’s thesis. Bachelor’s thesis includes profile of submitter and principle of flexography’s brief description too. Results are identified at SOMA’s disposal. The main output is complete design documentation. The most important drawings are located in supplements.
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Design of cutting unit
Jelínek, Pavel ; Košťál, David (referee) ; Brandejs, Jan (advisor)
This thesis deals with a structural design of a cutting roller including a proposal for its drive and exhaust system of the flexography machine Premia produced by Soma spol. s r.o. company. The first part discusses the technology of flexography and about the issue of cropping and extraction of material in general. Another part discusses the optimization of these systems, including the final engineering design. The main outcome of this thesis are drawings of assemblies listed in the annexes.
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Design of cooling roller mounting and driving
Skalický, Lukáš ; Omasta, Milan (referee) ; Brandejs, Jan (advisor)
The basic aim of this bachelor’s thesis is design of double-surface cooling roller driving for flexographic printing machine Mini 80-EG, which is manufactured by company SOMA spol. s r.o. Next aim is design of this roller, its mounting and cooling water inlet into inner space. Design is based on more calculations. The most important of them are listed in bachelor’s thesis. Bachelor’s thesis includes profile of submitter and principle of flexography’s brief description too. Results are identified at SOMA’s disposal. The main output is complete design documentation. The most important drawings are located in supplements.
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