Development of an innovative multi-compartment technology in the cutting head of & ndash; a gramme using laser diodes with a wavelength of 450 nm. (Q78522): Difference between revisions

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(‎Removed claim: summary (P836): The project carried out by Tomorrow & rssquo is the subject of a project carried out by the company Tomorrow rssquo, which is the brand of the RDT Lasers brand, which will develop a laser technology allowing the introduction onto the market of an innovative multi-odour (4-6 diodes) a cutting head playing a cutting head using laser diodes with a power of 20-30 W. In addition, it is assumed that the technology developed in other commercially ava...)
Property / summary
The project carried out by Tomorrow & rssquo is the subject of a project carried out by the company Tomorrow rssquo, which is the brand of the RDT Lasers brand, which will develop a laser technology allowing the introduction onto the market of an innovative multi-odour (4-6 diodes) a cutting head playing a cutting head using laser diodes with a power of 20-30 W. In addition, it is assumed that the technology developed in other commercially available products on the applicant’s market is used.The emergence of higher strength laser diodes in recent years has imposed a dynamic development of sodium laser diode technology.At present, laser heads are mainly used to cut textiles (including industrial fabric), paper, board, cardboard, rubber, certain types of wood and plastics.It is worth pointing out that the implementation of the project is a response to the needs of customers who expect further growth of laser heads, which is currently only possible through a combination of bundles of several diodes.Led lasers are more compact and do not require additional infrastructure (mirrors system, optical fibre, special power supply, special cooling, additional security systems).A high wattage laser headed design will be an attractive alternative in many market segments.SSL as the final result of the project will be smaller, lighter, more energy-efficient, emitting less heat, not entailing complex electrical and optical systems.By developing an ergonomic design, it will also be able to be mounted on more different machines than competitive solutions, which increases its universality and ease of application.The introduction to the market of innovative technology will result in the emergence of new fields of application for laser heads & nda (English)
 
Property / summary: The project carried out by Tomorrow & rssquo is the subject of a project carried out by the company Tomorrow rssquo, which is the brand of the RDT Lasers brand, which will develop a laser technology allowing the introduction onto the market of an innovative multi-odour (4-6 diodes) a cutting head playing a cutting head using laser diodes with a power of 20-30 W. In addition, it is assumed that the technology developed in other commercially available products on the applicant’s market is used.The emergence of higher strength laser diodes in recent years has imposed a dynamic development of sodium laser diode technology.At present, laser heads are mainly used to cut textiles (including industrial fabric), paper, board, cardboard, rubber, certain types of wood and plastics.It is worth pointing out that the implementation of the project is a response to the needs of customers who expect further growth of laser heads, which is currently only possible through a combination of bundles of several diodes.Led lasers are more compact and do not require additional infrastructure (mirrors system, optical fibre, special power supply, special cooling, additional security systems).A high wattage laser headed design will be an attractive alternative in many market segments.SSL as the final result of the project will be smaller, lighter, more energy-efficient, emitting less heat, not entailing complex electrical and optical systems.By developing an ergonomic design, it will also be able to be mounted on more different machines than competitive solutions, which increases its universality and ease of application.The introduction to the market of innovative technology will result in the emergence of new fields of application for laser heads & nda (English) / rank
Normal rank
 

Revision as of 12:51, 14 October 2020

Project in Poland financed by DG Regio
Language Label Description Also known as
English
Development of an innovative multi-compartment technology in the cutting head of & ndash; a gramme using laser diodes with a wavelength of 450 nm.
Project in Poland financed by DG Regio

    Statements

    country
    Poland
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    EU contribution
    2,159,720.91 zloty
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    518,333.02 Euro
    exchange rate to Euro
    0.24 Euro
    point in time
    13 January 2020
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    budget
    2,838,439.61 zloty
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    681,225.51 Euro
    exchange rate to Euro
    0.24 Euro
    point in time
    13 January 2020
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    co-financing rate
    76.09 percent
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    start time
    1 April 2019
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    end time
    31 December 2020
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    beneficiary name (string)
    TOMORROW’S SYSTEM SP. Z O.O.
    0 references
    beneficiary
    Q2510376
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    coordinate location

    53°12'36.0"N, 23°20'10.0"E
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    summary
    Przedmiotem projektu realizowanego przez firmę Tomorrow’s System Sp. z o.o. występującą pod marką Opt Lasers będzie opracowanie technologii laserowej pozwalającej na wprowadzenie na rynek innowacyjnej wielodiodowej (4-6 diod) głowicy tnąco grawerującej z wykorzystaniem diod laserowych o długości fali 450 nm o mocy 20-30 W. Ponadto zakłada się zastosowanie opracowanej technologii w innych dostępnych na rynku produktach wnioskodawcy. Pojawienie się w ostatnich latach diod laserowych o wyższych mocach wymusiło dynamiczny rozwój diodowych technologii laserowych. W chwili obecnej głowice laserowe wykorzystywane są głównie do cięcia tkanin (w tym przemysłowych), papieru, kartonu, tektury, gumy, niektórych rodzajów drewna oraz tworzyw sztucznych. Warto wskazać, iż realizacja projektu jest odpowiedzią na potrzeby klientów, którzy oczekują dalszego wzrostu mocy głowic laserowych, co obecnie jest możliwe tylko przez połączenie wiązek z kilku diod. Lasery diodowe są bardziej kompaktowe i nie wymagają dodatkowej infrastruktury (system luster, światłowód, specjalne zasilanie wysokiej mocy, specjalne chłodzenie, dodatkowe systemy zabezpieczeń). Opracowana w projekcie głowica laserowa o dużej mocy będzie stanowić atrakcyjną alternatywę w wielu segmentach rynku. Laser półprzewodnikowy będący finalnym efektem projektu będzie mniejszy, lżejszy, oszczędniejszy energetycznie, emitujący mniej ciepła, nie wymagający skomplikowanych układów elektrycznych i optycznych. Dzięki opracowaniu ergonomicznej konstrukcji będzie on mógł być również zamontowany na bardziej zróżnicowanych maszynach niż rozwiązania konkurencyjne, co zwiększa jego uniwersalność oraz łatwość zastosowania. Wprowadzenie na rynek innowacyjnej technologii spowoduje pojawienie się nowych pól zastosowań dla głowic laserowych &nda (Polish)
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    Identifiers

    Polish Kohesio ID
    POIR.01.01.01-00-0988/18
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