Expansion of production capacity at Prospera Europe Kft. (Q3914732): Difference between revisions
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As part of the project, we would like to purchase a new production machine, an AMADA Ensis 3015 AJ 2.0 kW laser cutting machine with LST 3015 automatic palette exchanger, basic accessories and AP100EU 2014BLANK Solution Paket software package, which are inseparable accessories of the machine. As a result of the increase in capacity, our added value will also increase, because we can take on more orders, thus we will be able to realise higher turnover, nor do we need to involve a subcontractor in production or lose a customer due to a lack of capacity. Main parameters of AMADA Ensis 3015 AJ fiber laser cutting machine: 2000 W laser power, maximum table load capacity 920 kg, machining ranges: X-axis: 3 070 mm, Y-axis: 1 550 mm, Z-axis: 100 mm. Maximum material thickness: soft steel: 20 (25) mm, stainless steel: 10 mm, aluminium: 8 mm, copper: 4 mm, brass: 5 mm. Situational accuracy: ± 0.01 mm/500 mm. Repetition accuracy: ± 0.005 mm. ASPROVA production scheduling system: in order to optimise the production processes, we would like to acquire a production scheduling system, which allows us to easily implement the new laser machine into our processes, thereby maximising the efficiency of the plant. The system allows you to obtain complex data on the utilisation of individual machines, pending and ongoing orders. In the framework of the preparatory activities, we first defined the technical needs. After that, the consultation with the bidders started, we tried to determine as closely as possible what machines and other items we needed, and then we asked for the quotes. As part of our project, we are investing in the production of the final product for renewable energy production, because one of our major continuous customers, Topgreen Technics, produces solar panel systems, and we continuously produce the necessary parts for the support structure, so the products we produce are incorporated into the final products for the production of renewable energy. In addition, we have a winning tender in GOP-2011-1.3.1/C, Supporting the utilisation of innovation results for SMEs, whose final payment request and final report were submitted by post on 15.08.2013 (the sender receipt and the document certifying the approval of the final report are attached to our grant application). In the framework of the project, one of our front bending machines and our existing forklifts have been procured, which have been continuously in operation, working and being used since they were installed. This application does not overlap with the GINOP-1.2.2-15-2015-00128 tender submitted earlier, with the tools to be obtained. (English) | |||||||||||||||
| Property / summary: As part of the project, we would like to purchase a new production machine, an AMADA Ensis 3015 AJ 2.0 kW laser cutting machine with LST 3015 automatic palette exchanger, basic accessories and AP100EU 2014BLANK Solution Paket software package, which are inseparable accessories of the machine. As a result of the increase in capacity, our added value will also increase, because we can take on more orders, thus we will be able to realise higher turnover, nor do we need to involve a subcontractor in production or lose a customer due to a lack of capacity. Main parameters of AMADA Ensis 3015 AJ fiber laser cutting machine: 2000 W laser power, maximum table load capacity 920 kg, machining ranges: X-axis: 3 070 mm, Y-axis: 1 550 mm, Z-axis: 100 mm. Maximum material thickness: soft steel: 20 (25) mm, stainless steel: 10 mm, aluminium: 8 mm, copper: 4 mm, brass: 5 mm. Situational accuracy: ± 0.01 mm/500 mm. Repetition accuracy: ± 0.005 mm. ASPROVA production scheduling system: in order to optimise the production processes, we would like to acquire a production scheduling system, which allows us to easily implement the new laser machine into our processes, thereby maximising the efficiency of the plant. The system allows you to obtain complex data on the utilisation of individual machines, pending and ongoing orders. In the framework of the preparatory activities, we first defined the technical needs. After that, the consultation with the bidders started, we tried to determine as closely as possible what machines and other items we needed, and then we asked for the quotes. As part of our project, we are investing in the production of the final product for renewable energy production, because one of our major continuous customers, Topgreen Technics, produces solar panel systems, and we continuously produce the necessary parts for the support structure, so the products we produce are incorporated into the final products for the production of renewable energy. In addition, we have a winning tender in GOP-2011-1.3.1/C, Supporting the utilisation of innovation results for SMEs, whose final payment request and final report were submitted by post on 15.08.2013 (the sender receipt and the document certifying the approval of the final report are attached to our grant application). In the framework of the project, one of our front bending machines and our existing forklifts have been procured, which have been continuously in operation, working and being used since they were installed. This application does not overlap with the GINOP-1.2.2-15-2015-00128 tender submitted earlier, with the tools to be obtained. (English) / rank | |||||||||||||||
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| Property / summary: As part of the project, we would like to purchase a new production machine, an AMADA Ensis 3015 AJ 2.0 kW laser cutting machine with LST 3015 automatic palette exchanger, basic accessories and AP100EU 2014BLANK Solution Paket software package, which are inseparable accessories of the machine. As a result of the increase in capacity, our added value will also increase, because we can take on more orders, thus we will be able to realise higher turnover, nor do we need to involve a subcontractor in production or lose a customer due to a lack of capacity. Main parameters of AMADA Ensis 3015 AJ fiber laser cutting machine: 2000 W laser power, maximum table load capacity 920 kg, machining ranges: X-axis: 3 070 mm, Y-axis: 1 550 mm, Z-axis: 100 mm. Maximum material thickness: soft steel: 20 (25) mm, stainless steel: 10 mm, aluminium: 8 mm, copper: 4 mm, brass: 5 mm. Situational accuracy: ± 0.01 mm/500 mm. Repetition accuracy: ± 0.005 mm. ASPROVA production scheduling system: in order to optimise the production processes, we would like to acquire a production scheduling system, which allows us to easily implement the new laser machine into our processes, thereby maximising the efficiency of the plant. The system allows you to obtain complex data on the utilisation of individual machines, pending and ongoing orders. In the framework of the preparatory activities, we first defined the technical needs. After that, the consultation with the bidders started, we tried to determine as closely as possible what machines and other items we needed, and then we asked for the quotes. As part of our project, we are investing in the production of the final product for renewable energy production, because one of our major continuous customers, Topgreen Technics, produces solar panel systems, and we continuously produce the necessary parts for the support structure, so the products we produce are incorporated into the final products for the production of renewable energy. In addition, we have a winning tender in GOP-2011-1.3.1/C, Supporting the utilisation of innovation results for SMEs, whose final payment request and final report were submitted by post on 15.08.2013 (the sender receipt and the document certifying the approval of the final report are attached to our grant application). In the framework of the project, one of our front bending machines and our existing forklifts have been procured, which have been continuously in operation, working and being used since they were installed. This application does not overlap with the GINOP-1.2.2-15-2015-00128 tender submitted earlier, with the tools to be obtained. (English) / qualifier | |||||||||||||||
point in time: 8 February 2022
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Revision as of 14:31, 8 February 2022
Project Q3914732 in Hungary
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Expansion of production capacity at Prospera Europe Kft. |
Project Q3914732 in Hungary |
Statements
182,457,236 forint
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997,539.542 Euro
0.0027336256 Euro
14 December 2021
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364,914,472.0 forint
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50.0 percent
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28 January 2016
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19 April 2017
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PROSPERA Europe Korlátolt Felelősségű Társaság
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47°35'59.57"N, 20°16'28.31"E
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A projekt keretében egy új termelő gépet szeretnénk beszerezni, egy AMADA ENSIS 3015 AJ 2,0 kW-os lézervágó gépet LST 3015 automata palettacserélővel, alaptartozékokkal, valamint AP100EU 2014BLANK Solution Paket szoftvercsomaggal, melyek a gép elválaszthatatlan tartozékai. A kapacitás-növekedés hatására hozzáadott-értékünk is nőni fog, mert több megrendelést tudunk elvállalni, ezáltal nagyobb árbevételt tudunk majd realizálni, és arra sem szorulunk rá, hogy alvállalkozót vonjunk be a termelésbe, vagy elveszítsünk egy megrendelőt a kapacitás-hiány miatt. Az AMADA ENSIS 3015 AJ fiber lézervágó gép főbb paraméterei: 2000 W lézer teljesítmény, 920 kg maximális asztalterhelhetőség, megmunkálási tartományok: X-tengely: 3070mm, Y-tengely: 1550mm, Z-tengely: 100mm. Maximális anyagvastagság: lágyacél: 20 (25) mm, rozsdamentes acél: 10mm, alumínium: 8mm, réz: 4 mm, sárgaréz: 5 mm. Helyzetpontosság: +- 0,01mm / 500mm. Ismétlési pontosság: +-0,005mm. ASPROVA termelésütemezési rendszer: a termelési folyamatok optimalizálásához szeretnénk beszerezni egy termelésütemezési rendszert, melynek segítségével az új lézergépet is könnyedén implementálhatjuk a folyamatainkba, ezzel is maximalizálva az üzem hatékonyságát. A rendszer lehetővé teszi, hogy komplex adatokat kapjunk az egyes gépek kihasználtságáról, a függő és a folyamatban lévő rendelésekről. Az előkészítő tevékenységek keretében elsőként definiáltuk a műszaki igényeket. Ezután elindult az egyeztetés az ajánlatadókkal, igyekeztünk minél pontosabban meghatározni, hogy milyen gépekre és egyéb tételekre van szükségünk, majd megkértük az árajánlatokat. Projektünk keretében megújuló energia előállítására szolgáló végtermék gyártásához kapcsolódó beruházás valósul meg, mert egyik jelentős folyamatos megrendelőnk, a TopGreen Technics napelemes rendszereket gyárt, mi pedig folyamatosan gyártunk neki a tartószerkezethez szükséges alkatrészeket, így végső soron az általunk gyártott termékek megújuló energia előállítására szolgáló végtermékekbe kerülnek beépítésre. Emellett rendelkezünk nyertes pályázattal a GOP-2011-1.3.1/C jelű, az Innovációs eredmények hasznosításának támogatása KKV-k részére című pályázati kiíráson, melynek záró kifizetési kérelmét és záró beszámolóját 2013.08.15-én nyújtottuk be postai úton (a feladóvevényt, valamint a záró beszámoló jóváhagyását igazoló dokumentumot mellékeljük támogatási kérelmünkhöz). A projekt keretében került beszerzésre egyik élhajlító gépünk és meglévő targoncánk, melyek a beüzemelésük óta folyamatosan működnek, dolgoznak, hasznosításra kerülnek. Jelen pályázatunk semmilyen átfedésben nincs a korábban benyújtott GINOP-1.2.2-15-2015-00128-as pályázatunkkal, az abban beszerezni kívánt eszközökkel. (Hungarian)
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As part of the project, we would like to purchase a new production machine, an AMADA Ensis 3015 AJ 2.0 kW laser cutting machine with LST 3015 automatic palette exchanger, basic accessories and AP100EU 2014BLANK Solution Paket software package, which are inseparable accessories of the machine. As a result of the increase in capacity, our added value will also increase, because we can take on more orders, thus we will be able to realise higher turnover, nor do we need to involve a subcontractor in production or lose a customer due to a lack of capacity. Main parameters of AMADA Ensis 3015 AJ fiber laser cutting machine: 2000 W laser power, maximum table load capacity 920 kg, machining ranges: X-axis: 3 070 mm, Y-axis: 1 550 mm, Z-axis: 100 mm. Maximum material thickness: soft steel: 20 (25) mm, stainless steel: 10 mm, aluminium: 8 mm, copper: 4 mm, brass: 5 mm. Situational accuracy: ± 0.01 mm/500 mm. Repetition accuracy: ± 0.005 mm. ASPROVA production scheduling system: in order to optimise the production processes, we would like to acquire a production scheduling system, which allows us to easily implement the new laser machine into our processes, thereby maximising the efficiency of the plant. The system allows you to obtain complex data on the utilisation of individual machines, pending and ongoing orders. In the framework of the preparatory activities, we first defined the technical needs. After that, the consultation with the bidders started, we tried to determine as closely as possible what machines and other items we needed, and then we asked for the quotes. As part of our project, we are investing in the production of the final product for renewable energy production, because one of our major continuous customers, Topgreen Technics, produces solar panel systems, and we continuously produce the necessary parts for the support structure, so the products we produce are incorporated into the final products for the production of renewable energy. In addition, we have a winning tender in GOP-2011-1.3.1/C, Supporting the utilisation of innovation results for SMEs, whose final payment request and final report were submitted by post on 15.08.2013 (the sender receipt and the document certifying the approval of the final report are attached to our grant application). In the framework of the project, one of our front bending machines and our existing forklifts have been procured, which have been continuously in operation, working and being used since they were installed. This application does not overlap with the GINOP-1.2.2-15-2015-00128 tender submitted earlier, with the tools to be obtained. (English)
8 February 2022
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Heves, Heves
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Identifiers
GINOP-1.2.1-15-2015-00686
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