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Production of the cable holder in progressive dies
Němec, Miroslav ; Heinl, Tomáš (referee) ; Žák, Ladislav (advisor)
This bachelor thesis render design production of the cable holder from corrosion resistant steel X5CrNi8-10 in progressive dies. On basis of theoretical knowledge and carried out calculations was designed construction of progressives dies for production from sheet scroll. This tool include cutting, bending and stamping. For production was selected eccentric press LEXN 100 C from company TOMA with rated forming force 1000 kN. In conclusion bachelor thesis is also economic evaluation.
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Production of trap capture
Barták, Jan ; Heinl, Tomáš (referee) ; Žák, Ladislav (advisor)
This bachelor thesis presents a proposal for the production of trap capture, which is made from construction steel S 235 JRC with a production series size of 6 000 pieces a year in a combined instrument. Based on a literary study and the calculations associated with them, a combined instrument has been designed to combine shearing and bending. The design of the instrument was adapted to produce of a sheet metal roll component. The instrument is placed in a steel stand clamped in an eccentric press LEN 63C by ŠMERAL Trnava. The LEN 63C has a nominal forming force of 630 kN. For corrosion resistance the component is zinc-coated. Part of the thesis is also an economic evaluation of the proposed production technology.
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Production of component the Cage ECR 10 12
Jílek, Josef ; Heinl, Tomáš (referee) ; Žák, Ladislav (advisor)
The thesis focuses on the production concept of component Cage ECR 10 12, which is used as assembly element together with a nut during the bus production. Sheet metal part is made from 11 321 steel 1,5 mm thick in production 10 000 parts per year. Technology of production in progressive tool was selected based on literature study. Progressive tool combines technology of shearing and bending. Tool was designed after the technological calculations. Forming machine was selected after the stamping force calculation. Eccentric press LEN 63 C with 630 kN forming force was selected for production.
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Production of sheet metal part
Bachurek, David ; Heinl, Tomáš (referee) ; Žák, Ladislav (advisor)
The project elaborates the desing of establishing angle. It is made from 1 mm thick galvanized sheet EN10346-DX53D+Z100-M-B-C in production 200 000 parts per year. A technology of shearing and bending at progressive die tool was selected from several options as the most suitable technology of manufacturing. There are standartized parts in progressive stamping tool. Tool is designed for eccentric press LEN 63C from producer ŠMERAL Trnava. The eccentric press includes 630 kN of forming force. The function parts are made from alloy tool steel 19 436.9 with heat treatment according to technical documentation.
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Production of component the Cage ECR 10 12
Jílek, Josef ; Heinl, Tomáš (referee) ; Žák, Ladislav (advisor)
The thesis focuses on the production concept of component Cage ECR 10 12, which is used as assembly element together with a nut during the bus production. Sheet metal part is made from 11 321 steel 1,5 mm thick in production 10 000 parts per year. Technology of production in progressive tool was selected based on literature study. Progressive tool combines technology of shearing and bending. Tool was designed after the technological calculations. Forming machine was selected after the stamping force calculation. Eccentric press LEN 63 C with 630 kN forming force was selected for production.
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Production of trap capture
Barták, Jan ; Heinl, Tomáš (referee) ; Žák, Ladislav (advisor)
This bachelor thesis presents a proposal for the production of trap capture, which is made from construction steel S 235 JRC with a production series size of 6 000 pieces a year in a combined instrument. Based on a literary study and the calculations associated with them, a combined instrument has been designed to combine shearing and bending. The design of the instrument was adapted to produce of a sheet metal roll component. The instrument is placed in a steel stand clamped in an eccentric press LEN 63C by ŠMERAL Trnava. The LEN 63C has a nominal forming force of 630 kN. For corrosion resistance the component is zinc-coated. Part of the thesis is also an economic evaluation of the proposed production technology.
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Production of sheet metal part
Bachurek, David ; Heinl, Tomáš (referee) ; Žák, Ladislav (advisor)
The project elaborates the desing of establishing angle. It is made from 1 mm thick galvanized sheet EN10346-DX53D+Z100-M-B-C in production 200 000 parts per year. A technology of shearing and bending at progressive die tool was selected from several options as the most suitable technology of manufacturing. There are standartized parts in progressive stamping tool. Tool is designed for eccentric press LEN 63C from producer ŠMERAL Trnava. The eccentric press includes 630 kN of forming force. The function parts are made from alloy tool steel 19 436.9 with heat treatment according to technical documentation.
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|
|
Production of the cable holder in progressive dies
Němec, Miroslav ; Heinl, Tomáš (referee) ; Žák, Ladislav (advisor)
This bachelor thesis render design production of the cable holder from corrosion resistant steel X5CrNi8-10 in progressive dies. On basis of theoretical knowledge and carried out calculations was designed construction of progressives dies for production from sheet scroll. This tool include cutting, bending and stamping. For production was selected eccentric press LEXN 100 C from company TOMA with rated forming force 1000 kN. In conclusion bachelor thesis is also economic evaluation.
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