Expansion of production capacity at the plastic processing plant of Mikropakk Ltd. in Salgótarján (Q3913656): Difference between revisions
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The new and increased quantities of the products produced in the framework of the development are made with plastic injection molding technology, which is our main activity, and are in line with the manufacturing guidelines of Mikropakk Kft., i.e. to minimise the human error factor under the greatest possible automation, production efficiency and conditions equipped with robotised technology. In particular, the MikaTech StarTech valve, developed by our own R & D department, is made with a new method of multi-component plastic injection moulding, which has not been applied to our factory in Salgótarján or to competitors producing similar products, and for which we have applied for patent protection at the international invention office. In the course of R & D & I activities, we developed the Mika integrated handle adapter in the framework of our tender No KMOP-1.1.4-09-2010-0099, the production of which is designed for the 220 tons injection moulding machine that is part of this investment. One of the main objectives of Mikropakk Ltd. is to achieve the most cost-effective production of high-quality plastic products with state-of-the-art injection moulding machines and high-tech accessories and peripherals. This is demonstrated by the plant management system, which can be found today at very few manufacturing companies in Hungary, which allows the collection of real-time and precise data on the ongoing, past and planned production through the panel PCs installed on the production machines, thereby correcting any negative trends and errors in time. The centralisation of the raw material supply system is also geared towards automation and cost-effectiveness, which prevents human error and is much more appropriate for the production of large quantities of the same material than the separate material supply of each machine. Whereas in the case of the products to be manufactured in the context of this development, the customer’s needs indicate an extremely high number of items (SVR project: hundreds of millions of order, MikaTech StartTech: 50 million/year) and TYCO electronic cable connectors, loudspeaker basket variants and GWG gas handle in the order of 100,000, but these products are larger in size, so the installation of the material supply silos is absolutely justified. The expansion of the process cooling water system and the compressor system is essential for the reliability of the production machinery, since without them the hydraulic and pneumatic technical requirements of the production machines cannot be met. (English) | |||||||||||||||
| Property / summary: The new and increased quantities of the products produced in the framework of the development are made with plastic injection molding technology, which is our main activity, and are in line with the manufacturing guidelines of Mikropakk Kft., i.e. to minimise the human error factor under the greatest possible automation, production efficiency and conditions equipped with robotised technology. In particular, the MikaTech StarTech valve, developed by our own R & D department, is made with a new method of multi-component plastic injection moulding, which has not been applied to our factory in Salgótarján or to competitors producing similar products, and for which we have applied for patent protection at the international invention office. In the course of R & D & I activities, we developed the Mika integrated handle adapter in the framework of our tender No KMOP-1.1.4-09-2010-0099, the production of which is designed for the 220 tons injection moulding machine that is part of this investment. One of the main objectives of Mikropakk Ltd. is to achieve the most cost-effective production of high-quality plastic products with state-of-the-art injection moulding machines and high-tech accessories and peripherals. This is demonstrated by the plant management system, which can be found today at very few manufacturing companies in Hungary, which allows the collection of real-time and precise data on the ongoing, past and planned production through the panel PCs installed on the production machines, thereby correcting any negative trends and errors in time. The centralisation of the raw material supply system is also geared towards automation and cost-effectiveness, which prevents human error and is much more appropriate for the production of large quantities of the same material than the separate material supply of each machine. Whereas in the case of the products to be manufactured in the context of this development, the customer’s needs indicate an extremely high number of items (SVR project: hundreds of millions of order, MikaTech StartTech: 50 million/year) and TYCO electronic cable connectors, loudspeaker basket variants and GWG gas handle in the order of 100,000, but these products are larger in size, so the installation of the material supply silos is absolutely justified. The expansion of the process cooling water system and the compressor system is essential for the reliability of the production machinery, since without them the hydraulic and pneumatic technical requirements of the production machines cannot be met. (English) / rank | |||||||||||||||
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| Property / summary: The new and increased quantities of the products produced in the framework of the development are made with plastic injection molding technology, which is our main activity, and are in line with the manufacturing guidelines of Mikropakk Kft., i.e. to minimise the human error factor under the greatest possible automation, production efficiency and conditions equipped with robotised technology. In particular, the MikaTech StarTech valve, developed by our own R & D department, is made with a new method of multi-component plastic injection moulding, which has not been applied to our factory in Salgótarján or to competitors producing similar products, and for which we have applied for patent protection at the international invention office. In the course of R & D & I activities, we developed the Mika integrated handle adapter in the framework of our tender No KMOP-1.1.4-09-2010-0099, the production of which is designed for the 220 tons injection moulding machine that is part of this investment. One of the main objectives of Mikropakk Ltd. is to achieve the most cost-effective production of high-quality plastic products with state-of-the-art injection moulding machines and high-tech accessories and peripherals. This is demonstrated by the plant management system, which can be found today at very few manufacturing companies in Hungary, which allows the collection of real-time and precise data on the ongoing, past and planned production through the panel PCs installed on the production machines, thereby correcting any negative trends and errors in time. The centralisation of the raw material supply system is also geared towards automation and cost-effectiveness, which prevents human error and is much more appropriate for the production of large quantities of the same material than the separate material supply of each machine. Whereas in the case of the products to be manufactured in the context of this development, the customer’s needs indicate an extremely high number of items (SVR project: hundreds of millions of order, MikaTech StartTech: 50 million/year) and TYCO electronic cable connectors, loudspeaker basket variants and GWG gas handle in the order of 100,000, but these products are larger in size, so the installation of the material supply silos is absolutely justified. The expansion of the process cooling water system and the compressor system is essential for the reliability of the production machinery, since without them the hydraulic and pneumatic technical requirements of the production machines cannot be met. (English) / qualifier | |||||||||||||||
point in time: 8 February 2022
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Revision as of 14:08, 8 February 2022
Project Q3913656 in Hungary
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Expansion of production capacity at the plastic processing plant of Mikropakk Ltd. in Salgótarján |
Project Q3913656 in Hungary |
Statements
879,308,753 forint
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4,807,401.835 Euro
0.0027336256 Euro
14 December 2021
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1,758,617,506.0 forint
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50.0 percent
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15 July 2015
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12 December 2016
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MIKROPAKK Müanyag- és Fémfeldolgozó Korlátolt Felelősségű Társaság
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48°5'45.85"N, 19°48'2.02"E
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A fejlesztés keretében újonnan, illetve megnövekedett mennyiségben gyártásba kerülő termékek a főtevékenységünket képező műanyag fröccsöntéses technológiával készülnek, és illeszkednek a Mikropakk Kft.-re eddig is jellemző gyártási irányelvekhez, azaz hogy a lehető legnagyobb automatizálás, gyártáshatékonyság, robotizált technológiával felszerelt körülmények mellett történjen a gyártás minimálisra szorítva az emberi hibatényezőt. Külön kiemelendő a cégünk saját K+F osztálya által kifejlesztett MikaTech StarTech szelep, mely a több komponenses műanyag fröccsöntésnek egy olyan új módszerével készül, amely technológia eddig nem volt alkalmazásban sem salgótarjáni üzemünkben, sem a hasonló termékeket gyártó versenytársaknál, és amely technológiára a nemzetközi találmányi hivatalnál szabadalmi oltalom kérelmet nyújtottunk be. Szintén K+F+I tevékenység során fejlesztettük ki a KMOP-1.1.4-09-2010-0099 azonosítószámú pályázatunk keretében a MIKA integrált markolatadaptert, melynek gyártása a jelen beruházás részét képező 220 tonnás fröccsöntőgépre van tervezve. A Mikropakk Kft. egyik fő célkitűzése, hogy a jó minőségű műanyag termékeket a legmodernebb fröccsöntőgépekkel és csúcstechnológiát képviselő kiegészítőkkel, perifériákkal előállítva a lehető legköltséghatékonyabb gyártást érje el. Ezt demonstrálja a ma Magyarországon még igen kevés gyártócégnél megtalálható üzemirányítási rendszer, mellyel a gyártógépekhez telepített panel PC-ken keresztül a folyamatban lévő, múltbeli és tervezett gyártásról valós idejű és precíz adatokat lehet kigyűjteni, ezáltal az esetleges negatív trendeket, hibákat időben korrigálni. Szintén az automatizáltságra és a költséghatékonyságra irányul az alapanyagellátó rendszer központosítása, mely megakadályozza az emberi hibákat és főként a nagy mennyiségben azonos alapanyagból történő gyártás esetében sokkal célszerűbb az egyes gépek külön történő anyagellátásánál. Mivel a jelen fejlesztés keretében gyártandó termékek esetében rendkívül magas darabszámokat jeleznek a vevői igények (SVR-projekt: több 100 milliós nagyságrend, MikaTech StartTech: 50 millió / év), illetve a TYCO elektronikai kábelcsatlakozók, hangszóró kosár-variánsok és a GWG gázfogantyú ugyan csak 100.000-es nagyságrend, viszont ezek a termékek nagyobb méretűek, így az anyagellátó silók telepítése mindenképpen indokolt. A gyártógépek üzembiztosságához elengedhetetlen a technológiai hűtővíz-rendszer és a kompresszor rendszer bővítése, ezek nélkül ugyanis a termelőgépek hidraulikus és pneumatikus műszaki igényei nem teljesíthetők. (Hungarian)
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The new and increased quantities of the products produced in the framework of the development are made with plastic injection molding technology, which is our main activity, and are in line with the manufacturing guidelines of Mikropakk Kft., i.e. to minimise the human error factor under the greatest possible automation, production efficiency and conditions equipped with robotised technology. In particular, the MikaTech StarTech valve, developed by our own R & D department, is made with a new method of multi-component plastic injection moulding, which has not been applied to our factory in Salgótarján or to competitors producing similar products, and for which we have applied for patent protection at the international invention office. In the course of R & D & I activities, we developed the Mika integrated handle adapter in the framework of our tender No KMOP-1.1.4-09-2010-0099, the production of which is designed for the 220 tons injection moulding machine that is part of this investment. One of the main objectives of Mikropakk Ltd. is to achieve the most cost-effective production of high-quality plastic products with state-of-the-art injection moulding machines and high-tech accessories and peripherals. This is demonstrated by the plant management system, which can be found today at very few manufacturing companies in Hungary, which allows the collection of real-time and precise data on the ongoing, past and planned production through the panel PCs installed on the production machines, thereby correcting any negative trends and errors in time. The centralisation of the raw material supply system is also geared towards automation and cost-effectiveness, which prevents human error and is much more appropriate for the production of large quantities of the same material than the separate material supply of each machine. Whereas in the case of the products to be manufactured in the context of this development, the customer’s needs indicate an extremely high number of items (SVR project: hundreds of millions of order, MikaTech StartTech: 50 million/year) and TYCO electronic cable connectors, loudspeaker basket variants and GWG gas handle in the order of 100,000, but these products are larger in size, so the installation of the material supply silos is absolutely justified. The expansion of the process cooling water system and the compressor system is essential for the reliability of the production machinery, since without them the hydraulic and pneumatic technical requirements of the production machines cannot be met. (English)
8 February 2022
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Salgótarján, Nógrád
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Identifiers
GINOP-1.2.1-15-2015-00018
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