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A design of manipulator for laser engraving device
Hanák, Jan ; Knoflíček, Radek (referee) ; Tůma, Jiří (advisor)
This thesis presents a research in the field of laser technologies used in industry and systems for laser marking of rotating parts. The output is a design of a laser cell that serves to mark rotating parts and that can be incorporated into an automated production line. The concept is developed in the form of a 3D model which is accompanied by necessary technical calculations and a justification of the choice of used components.
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Machining technologies used in medicinal producing
Drábek, Tomáš ; Sedlák, Josef (referee) ; Kalivoda, Milan (advisor)
This bachelor‘s thesis is focused on the connection of machining technologies with medical production. The first part includes an overview of a few Czech companies that pursue production of joint replacements. There are also some examples of the joint replacements included in this part. Frequently used materials for implants and constructions of dental replacements are included in the following part. The next section contains a summary of machining technologies used in this area. Additionally, there are a few technological production processes of components of joint replacements which are mentioned in the first part. This part also outlines machining technologies used in constructions of dental replacement production. Also included is an evaluation of the possibilities of producing femoral components of a knee replacement, as well as points out the specificity of machining technologies used in stomatology. The ending section of the thesis contains an overview of machining machines, tools, and software used in these areas. Lastly, there is a final evaluation concluding the work as a whole.
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A design of manipulator for laser engraving device
Hanák, Jan ; Knoflíček, Radek (referee) ; Tůma, Jiří (advisor)
This thesis presents a research in the field of laser technologies used in industry and systems for laser marking of rotating parts. The output is a design of a laser cell that serves to mark rotating parts and that can be incorporated into an automated production line. The concept is developed in the form of a 3D model which is accompanied by necessary technical calculations and a justification of the choice of used components.
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Machining technologies used in medicinal producing
Drábek, Tomáš ; Sedlák, Josef (referee) ; Kalivoda, Milan (advisor)
This bachelor‘s thesis is focused on the connection of machining technologies with medical production. The first part includes an overview of a few Czech companies that pursue production of joint replacements. There are also some examples of the joint replacements included in this part. Frequently used materials for implants and constructions of dental replacements are included in the following part. The next section contains a summary of machining technologies used in this area. Additionally, there are a few technological production processes of components of joint replacements which are mentioned in the first part. This part also outlines machining technologies used in constructions of dental replacement production. Also included is an evaluation of the possibilities of producing femoral components of a knee replacement, as well as points out the specificity of machining technologies used in stomatology. The ending section of the thesis contains an overview of machining machines, tools, and software used in these areas. Lastly, there is a final evaluation concluding the work as a whole.
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Thermocouples
Kopeček, Jaromír
Analsis of different samples of thermocouples before and after laser marking what is used to produce barcode close to spike of the probes. The aim is to investigate the influence of laser marking by detailed analysis of the material structure of the samples.
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