Zasnova izboljšane razmestitve delovnih mest in materialnih tokov v proizvodnji notranjih vrat
| Autor: | Urbanija, Jan |
|---|---|
| Přispěvatelé: | Šimic, Marko |
| Jazyk: | slovinština |
| Rok vydání: | 2021 |
| Předmět: |
Schmigalla method
analiza toka vrednosti metoda izmenjave parov internal transport costs udc:658.51:519.876.5(043.2) computer simulation of production računalniška simulacija proizvodnje material flow stroški notranjega transporta value stream mapping materialni tok Schmigallova metoda pairwise exchange method |
| Popis: | V diplomskem delu je obravnavana ponovna razmestitev proizvodnje notranjih vrat z dodatnimi proizvodnimi površinami. Na začetku smo predstavili teoretične osnove in uporabljene metode. To so analiza toka vrednosti, Schmigallova metoda, metoda zamenjave parov in računalniška simulacija Tecnomatix plant simulation. Z njihovo pomočjo smo ovrednotili obstoječe stanje, ga prerazporedili in mu dodali nova vzporedna delovna mesta. Dobljeno stanje smo ponovno analizirali in ugotovili 68-odstotno zmanjšanje stroškov transporta, kar je bilo izračunano s pomočjo metode izmenjave parov. Poleg tega smo dosegli 43,43-odstotno skrajšanje pretočnega časa pri minimalnem investiranju, kar je bilo ugotovljeno s pomočjo računalniške simulacije. Dobljeno optimizirano stanje smo umestili v dejanske proizvodne prostore podjetja z metodo Schmigalla, ki smo jo dopolnili z lastno kreativnostjo. In the bachelor's thesis is discussed reorganisation of interior door manufacturing with additional production areas. In the introductory part, we presented the theoretical bases and methods used. These include value stream mapping, the Schmigalla method, the pairwise exchange method and the Tecnomatix Plant Simulation. With their help, we evaluated the existing situation, reorganised it and added new parallel workplace positions to it. The obtained situation was re-analysed and we established a 68% reduction in transport costs, which was calculated by using the pairwise exchange method. In addition, we achieved a 43.43% reduction in throughput time with minimal investment, which was determined by using a computer simulation. We applied the obtained optimised state to the actual production premises of the company by using the Schmigalla method, which we supplemented with our own creative solutions. |
| Databáze: | OpenAIRE |
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