Capacity-enhancing investment at Honti Optika Kft. (Q3920527): Difference between revisions
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As a result of the project, our company will be richer with a Huvitz Kaiser complete lens grinding system and a digital dioptry meter. Taking into account the market situation, we selected the machines with the best price/value ratio, on the basis of which Argus Optik Kft. offered the most favourable offer for us. The abrasive system has an innovative and fast moulding function. The device is suitable for the manufacture of three types of lenses, polycarbonate, high index and CR39 plastic lenses. During the production process, several types of wood panel modes are available: mini-woodets, asymmetrical wood panels for large-base lenses, and partial wood panels for the production of premium design frames. It significantly reduces the amount of dust, while also providing a perfect and final solution by preventing the shaft from turning even in the special hydrophobic lenses. With the abrasive unit, all kinds of lens materials can be machined by 3D lens scanning, and also 3D Nut milling heads provide the most accurate results. It offers a full-fledged design option, which can generate significant added value. This is achieved through the possibility of machining the types of glasses that have been available to us to a limited extent. It is expected that we will be able to increase our turnover by at least 15-20 % by implementing the development. With the investment we aim to increase the number of lenses and glasses produced by us. We currently produce 1000 pieces per year, and we want to increase the number of pieces produced using the abrasive system that can be obtained during this tender. We would like to double our production in the next two years. Thanks to the requested device, we can polish the manufactured lenses with greater accuracy. With this we can realise the precise and personalised preparation of higher value, multifunctional glasses. Thanks to the drilling mechanism of the grinding machine, we will also be able to make the so-called drilled frames professionally and accurately. During the process, the lenses are drilled and inserted into this hole by taps into the centre and the stems. The latest peak of Japanese technology is the high-precision reference diopter, which is of particular importance in pre-production tests. The device complements diopter measurement with features that significantly facilitate the test and provide information that was previously unavailable. With the machine, it is possible to check the possible distortion of the spectacle lenses, which are already framed but are of unknown production. With the machine we can determine the refractive index of the lens material, so we can easily replace lenses based on the original lens data. This feature adds significant added value to our services. (English) | |||||||||||||||
| Property / summary: As a result of the project, our company will be richer with a Huvitz Kaiser complete lens grinding system and a digital dioptry meter. Taking into account the market situation, we selected the machines with the best price/value ratio, on the basis of which Argus Optik Kft. offered the most favourable offer for us. The abrasive system has an innovative and fast moulding function. The device is suitable for the manufacture of three types of lenses, polycarbonate, high index and CR39 plastic lenses. During the production process, several types of wood panel modes are available: mini-woodets, asymmetrical wood panels for large-base lenses, and partial wood panels for the production of premium design frames. It significantly reduces the amount of dust, while also providing a perfect and final solution by preventing the shaft from turning even in the special hydrophobic lenses. With the abrasive unit, all kinds of lens materials can be machined by 3D lens scanning, and also 3D Nut milling heads provide the most accurate results. It offers a full-fledged design option, which can generate significant added value. This is achieved through the possibility of machining the types of glasses that have been available to us to a limited extent. It is expected that we will be able to increase our turnover by at least 15-20 % by implementing the development. With the investment we aim to increase the number of lenses and glasses produced by us. We currently produce 1000 pieces per year, and we want to increase the number of pieces produced using the abrasive system that can be obtained during this tender. We would like to double our production in the next two years. Thanks to the requested device, we can polish the manufactured lenses with greater accuracy. With this we can realise the precise and personalised preparation of higher value, multifunctional glasses. Thanks to the drilling mechanism of the grinding machine, we will also be able to make the so-called drilled frames professionally and accurately. During the process, the lenses are drilled and inserted into this hole by taps into the centre and the stems. The latest peak of Japanese technology is the high-precision reference diopter, which is of particular importance in pre-production tests. The device complements diopter measurement with features that significantly facilitate the test and provide information that was previously unavailable. With the machine, it is possible to check the possible distortion of the spectacle lenses, which are already framed but are of unknown production. With the machine we can determine the refractive index of the lens material, so we can easily replace lenses based on the original lens data. This feature adds significant added value to our services. (English) / rank | |||||||||||||||
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| Property / summary: As a result of the project, our company will be richer with a Huvitz Kaiser complete lens grinding system and a digital dioptry meter. Taking into account the market situation, we selected the machines with the best price/value ratio, on the basis of which Argus Optik Kft. offered the most favourable offer for us. The abrasive system has an innovative and fast moulding function. The device is suitable for the manufacture of three types of lenses, polycarbonate, high index and CR39 plastic lenses. During the production process, several types of wood panel modes are available: mini-woodets, asymmetrical wood panels for large-base lenses, and partial wood panels for the production of premium design frames. It significantly reduces the amount of dust, while also providing a perfect and final solution by preventing the shaft from turning even in the special hydrophobic lenses. With the abrasive unit, all kinds of lens materials can be machined by 3D lens scanning, and also 3D Nut milling heads provide the most accurate results. It offers a full-fledged design option, which can generate significant added value. This is achieved through the possibility of machining the types of glasses that have been available to us to a limited extent. It is expected that we will be able to increase our turnover by at least 15-20 % by implementing the development. With the investment we aim to increase the number of lenses and glasses produced by us. We currently produce 1000 pieces per year, and we want to increase the number of pieces produced using the abrasive system that can be obtained during this tender. We would like to double our production in the next two years. Thanks to the requested device, we can polish the manufactured lenses with greater accuracy. With this we can realise the precise and personalised preparation of higher value, multifunctional glasses. Thanks to the drilling mechanism of the grinding machine, we will also be able to make the so-called drilled frames professionally and accurately. During the process, the lenses are drilled and inserted into this hole by taps into the centre and the stems. The latest peak of Japanese technology is the high-precision reference diopter, which is of particular importance in pre-production tests. The device complements diopter measurement with features that significantly facilitate the test and provide information that was previously unavailable. With the machine, it is possible to check the possible distortion of the spectacle lenses, which are already framed but are of unknown production. With the machine we can determine the refractive index of the lens material, so we can easily replace lenses based on the original lens data. This feature adds significant added value to our services. (English) / qualifier | |||||||||||||||
point in time: 8 February 2022
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Revision as of 17:17, 8 February 2022
Project Q3920527 in Hungary
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Capacity-enhancing investment at Honti Optika Kft. |
Project Q3920527 in Hungary |
Statements
27,790,000 forint
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151,934.911 Euro
0.0027336256 Euro
14 December 2021
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55,580,000.0 forint
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50.0 percent
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7 May 2018
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12 February 2019
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HONTI-OPTIKA Kereskedelmi és Szolgáltató Korlátolt Felelősségű Társaság
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47°10'31.66"N, 20°11'40.85"E
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A projekt eredményeként vállalkozásunk egy Huvitz Kaizer komplett szemüveglencse csiszoló rendszerrel, illetve egy digitális dioptriamérővel lesz gazdagabb. A piaci helyzetet figyelembe véve választottuk ki a legkedvezőbb ár/érték aránnyal rendelkező gépeket, amely alapján a számunkra legkedvezőbb ajánlatot az Argus Optik Kft nyújtotta. A csiszolórendszer innovatív és gyors formamaró funkcióval rendelkezik. Az eszköz háromfajta lencse készítésére alkalmas, polikarbonát, high index és CR39 műanyag lencsék gyárthatók. Az előállítási folyamat során többféle fazetta üzemmód áll rendelkezésre: minifazetta, a nagy bázisú lencsékhez aszimmetrikus fazetta, a prémium dizájn keretek gyártásánál pedig a részleges fazetta nyújt segítséget. Jelentős mértékben csökkenti a por mennyiségét, mindemellett egy tökéletes és végleges megoldást nyújt azzal, hogy megakadályozza a tengely elfordulását a különleges, hidrofób lencséknél is. A csiszolóegységgel mindenfajta lencsealapanyag megmunkálható, 3D-s lencseletapogatás, és szintén 3D-s nútmarófej biztosítják a legpontosabb eredményeket. Teljeskörű forma-szerkesztési lehetőséget kínál, mellyel jelentős hozzáadott érték növekedés érhető el. Ez úgy valósul meg, hogy lehetőségünk nyílik olyan szemüvegtípusok megmunkálására is, ami eddig korlátozottan volt elérhető számunkra. A fejlesztés megvalósításával várhatóan képesek leszünk az árbevételeink legalább 15-20%-os növelésére is. A beruházással az általunk előállított lencsék és szemüvegek számának növekedését szeretnénk elérni. Jelenleg 1000 darabot állítunk elő évente, és a jelen pályázat során elnyerhető csiszolórendszer segítségével növelni szeretnénk a gyártott darabszámot. Az elkövetkezendő két évben szeretnénk megduplázni termelésünk számát. A megpályázott eszköznek köszönhetően nagyobb pontossággal tudjuk lecsiszolni a gyártott lencséket. Ennek segítségével magasabb értékű, multifunkcionális szemüvegek pontos és személyre szabott elkészítését tudjuk megvalósítani. A csiszológép fúrószerkezetének köszönhetően lehetőségünk lesz az úgynevezett fúrt keretek szakszerű és pontos elkészítésre is. A folyamat során a lencséket kifúrjuk, és ebbe a lyukba illesztjük bele csapokkal a középrészt és a szárakat. A japán technológia legújabb csúcsa a nagypontosságú referencia dioptriamérő, mely a gyártást megelőző vizsgálatok során kiemelt fontosságú. Az eszköz a dioptriamérést olyan funkciókkal egészíti ki, mely jelentősen megkönnyíti a vizsgálatot, illetve olyan információkat nyújt, melyek korábban nem álltak rendelkezésre. A géppel a szemüveglencse esetleges torzításának ellenőrzésére, már keretbe illesztett, de ismeretlen gyártású szemüveglencse visszaellenőrzésére is lehetőség van. A géppel meg tudjuk állapítani a szemüveglencse anyagának a törésmutatóját, így könnyen tudunk lencsét pótolni az eredeti lencse adatai alapján is. Ez a funkció jelentős hozzáadott értékkel növeli cégünk szolgáltatásait. (Hungarian)
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As a result of the project, our company will be richer with a Huvitz Kaiser complete lens grinding system and a digital dioptry meter. Taking into account the market situation, we selected the machines with the best price/value ratio, on the basis of which Argus Optik Kft. offered the most favourable offer for us. The abrasive system has an innovative and fast moulding function. The device is suitable for the manufacture of three types of lenses, polycarbonate, high index and CR39 plastic lenses. During the production process, several types of wood panel modes are available: mini-woodets, asymmetrical wood panels for large-base lenses, and partial wood panels for the production of premium design frames. It significantly reduces the amount of dust, while also providing a perfect and final solution by preventing the shaft from turning even in the special hydrophobic lenses. With the abrasive unit, all kinds of lens materials can be machined by 3D lens scanning, and also 3D Nut milling heads provide the most accurate results. It offers a full-fledged design option, which can generate significant added value. This is achieved through the possibility of machining the types of glasses that have been available to us to a limited extent. It is expected that we will be able to increase our turnover by at least 15-20 % by implementing the development. With the investment we aim to increase the number of lenses and glasses produced by us. We currently produce 1000 pieces per year, and we want to increase the number of pieces produced using the abrasive system that can be obtained during this tender. We would like to double our production in the next two years. Thanks to the requested device, we can polish the manufactured lenses with greater accuracy. With this we can realise the precise and personalised preparation of higher value, multifunctional glasses. Thanks to the drilling mechanism of the grinding machine, we will also be able to make the so-called drilled frames professionally and accurately. During the process, the lenses are drilled and inserted into this hole by taps into the centre and the stems. The latest peak of Japanese technology is the high-precision reference diopter, which is of particular importance in pre-production tests. The device complements diopter measurement with features that significantly facilitate the test and provide information that was previously unavailable. With the machine, it is possible to check the possible distortion of the spectacle lenses, which are already framed but are of unknown production. With the machine we can determine the refractive index of the lens material, so we can easily replace lenses based on the original lens data. This feature adds significant added value to our services. (English)
8 February 2022
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Szolnok, Jász-Nagykun-Szolnok
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Identifiers
GINOP-1.2.2-16-2017-00380
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