Development of a production-optimized integrated high-power UV emitter
| German title: | Entwicklung eines produktionsoptimierten integrierten Hochleistungs-UV-Strahlers | |
| Acronym: | Monta-PHOS | |
| Duration: | 1st November 2015 - 30th April 2019 | |
| Description: | The development of UV-LED technologies is being strongly pushed worldwide. It is known as a means of disinfecting medical equipment or drinking water in breweries, for example. The consortium "Advanced UV for Life", an alliance of 49 partners from research and industry, worked intensively within the framework of the BMBF funding Zwanzig20 - Partnership for Innovation to manufacture UV-LED-based components industrially and cost-effectively, taking into account the entire value chain. The Monta-PHOS project focused on innovative joining and assembly techniques for the cost-optimized production of high-power UV emitters with adapted thermal management. Among other things, the aim was to dissipate the heat produced by the UV LED so well that heating of the long-life LED is avoided. Customized submounts and heat spreaders as well as adapted joining techniques formed the basis for success. Joining and assembly processes as well as production automation were optimized. This created all the prerequisites for further reducing manufacturing costs. The project on which this report is based was funded by the German Federal Ministry of Education and Research under grant number 03ZZ0114A. |
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| Funded by: | BMBF |  |
| Project sponsor: | Projektträger Jülich | |
| Funding code: | 03ZZ0114A | |
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