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Manufacturing technology of the distance washer
Dvořák, Jiří ; Podaný, Kamil (referee) ; Císařová, Michaela (advisor)
This master’s thesis has been elaborated as a part of master’s studies of engineering technology M2I-K, major in M-STM – Engineering technology and industrial management and deals with the problem of a transition to a self-production of previously purchased distance washers. Distance washers were purchased in six different types of similar shape, each type in four different thicknesses. One of these types was chosen as a representative for this master’s thesis. We shall explore the possibilities of self-production with the emphasis on economical validation of the transition. The distance washer is a flat part, the intermediate being sheet metal. Technologies considered for manufacturing the washers correspond to the technical facilities and equipment available at the production hall of the company this project is planned for. The company possesses technology for CO2 laser cutting, cutting by CNC punching machine and cutting in the punching tool. To provide a complex overview we shall also enquire into cooperated technologies such as water jet and plasma cutting, oxy-acetyleny cutting and CNC working. All options are evaluated with regard to the production expenses and lead to a most economically plausible method of manufacturing or, if need be, give reasons for going back to purchasing the part from the current supplier.
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Manufacturing possibilities of the clamping ring part
Dvořák, Jiří ; Peterková, Eva (referee) ; Císařová, Michaela (advisor)
This bachelor work has been elaborated as a part of my bachelor studies of engineering technology and deals with the problem of choosing an optimal method of producing a particular component part named “Clamping ring”. A fundamental emphasis is placed on the economical aspect of the matter while preserving conditions imposed by the client. The component has originally been manufactured by cutting the intermediate out of a sheet metal using a CO2 laser cutting machine, subsequent lathe work, manual boring and creating a thread. This work offers technological alternatives to the manufacturing of the intermediate as well as the following machining. All options are evaluated with regard to the production expenses and lead to a most economically plausible method of manufacturing the entire component part.
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Manufacturing technology of the distance washer
Dvořák, Jiří ; Podaný, Kamil (referee) ; Císařová, Michaela (advisor)
This master’s thesis has been elaborated as a part of master’s studies of engineering technology M2I-K, major in M-STM – Engineering technology and industrial management and deals with the problem of a transition to a self-production of previously purchased distance washers. Distance washers were purchased in six different types of similar shape, each type in four different thicknesses. One of these types was chosen as a representative for this master’s thesis. We shall explore the possibilities of self-production with the emphasis on economical validation of the transition. The distance washer is a flat part, the intermediate being sheet metal. Technologies considered for manufacturing the washers correspond to the technical facilities and equipment available at the production hall of the company this project is planned for. The company possesses technology for CO2 laser cutting, cutting by CNC punching machine and cutting in the punching tool. To provide a complex overview we shall also enquire into cooperated technologies such as water jet and plasma cutting, oxy-acetyleny cutting and CNC working. All options are evaluated with regard to the production expenses and lead to a most economically plausible method of manufacturing or, if need be, give reasons for going back to purchasing the part from the current supplier.
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Manufacturing possibilities of the clamping ring part
Dvořák, Jiří ; Peterková, Eva (referee) ; Císařová, Michaela (advisor)
This bachelor work has been elaborated as a part of my bachelor studies of engineering technology and deals with the problem of choosing an optimal method of producing a particular component part named “Clamping ring”. A fundamental emphasis is placed on the economical aspect of the matter while preserving conditions imposed by the client. The component has originally been manufactured by cutting the intermediate out of a sheet metal using a CO2 laser cutting machine, subsequent lathe work, manual boring and creating a thread. This work offers technological alternatives to the manufacturing of the intermediate as well as the following machining. All options are evaluated with regard to the production expenses and lead to a most economically plausible method of manufacturing the entire component part.
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