3D printer, plazma rezač i bežični laserski prijenos – prezentacija

U petak, 8. travnja s početkom u 17 sati u Radioninom labu gostuje Luka Mustafa iz Slovenije koji će održati prezentaciju svojih projekata 3D printera Troublemaker V2, plazma rezača GoodEnoughCNC i Koruza sistema bežičnog laserskog prijenosa informacija brzine 1Gbps. Prezentaciju organizira Radionina sekcija za DIY 3D print, CNC i 3D skeniranje.

Open hardware strojevi fokusiraju se na jednostavnu konstrukciju i prihvatljive troškove za maksimalnu obnovljivost svuda u svijetu. Remenicama pogonjen plazma rezač i zupčanicima pokretana velika 2 x 3 m CNC glodalica mogu izrađivati čelične elemente kako bi stvorili isplativu mašinu koju si svaki hakerspace i makerspace mogu omogućiti u svojoj produkciji po pristupačnijim cijenama.

koruzaTroublemaker V2 3D printer proširuje ponudu omogućujući rad u volumenu veličine 30x30x30 po pristupačnoj cijeni i uz konstrukciju dostupnih dijelova.

KORUZA je optički bežični sistem za prijenos informacija brzine 1Gbps koji u svom radu koristi optičku vezu uz dostupne dijelove  te niz jednostavnih mehaničkih rješenja.

Luka Mustafa suradnik je Shuttleworth fondacije i radi puno radno vrijeme na bežičnom optičkom sistemu Koruza koji razvija na Institutu IRNAS u mjestu  Rače u Sloveniji, osnovanog 2014. godine tijekom njegova rada na doktoratu na UCL-a (University College London). Trenutno vodi multidisciplinarni tim za razvijanje otvorenih sustava u rasponu od CNC uređaja do elektronike i sistema temeljnih na optičkim vlaknima, provira i ugrađuje otvorenu bežičnu mrežu preko projekta wlan slovenia, te vodi međunarodnu bežičnu okosnicu (backbone).

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Luka Mustafa of IRNAS Institute from Slovenia will present on 8 April, 5pm  at Radiona his following projects: Troublemaker V2 3D printer, GoodEnoughCNC and KORUZA – a wireless optical 1Gbps networking system. The presentation is organized by Radiona’s section for DIY 3D print, CNC and 3D scanning.

troublemaker-1

Open hardware [GoodEnoughCNC] (http://goodenoughcnc.eu/) machines focus on simplest construction and affordable cost for maximum reproducibility anywhere around the globe. Belt driven plasma cutter and rack&pinion driven large 2×3 m CNC mill designs rely on stock steel elements that can be commonly found almost anywhere and a small set of generally available parts to create a cost-effective machine every hackspace could afford. Troublemaker V2 3D printer extends toolset by providing a 30x30x30 cm build volume at an affordable cost and construction without custom parts. Join us for the event to see some of these machines in action and learn about [KORUZA](http://koruza.net/) – a wireless optical 1Gbps networking system that is an alternative to digging up the road and laying fiber in last-mile applications. Open hardware and software KORUZA gigabit optical link leverages off-the-shelf parts and a number of simple mechanical solutions to point a collimated optical beam at a 100m distant point. Several generations of prototypes, each improving the design simplicity, being more 3D printable and accounting for assembly parts imperfections, will be demonstrated through a number of examples.

Luka Mustafa is a [Shuttleworth Foundation](https://shuttleworthfoundation.org/) Fellow, working full-time on wireless optical system KORUZA development at Institute IRNAS Raèe in Slovenia that he founded in 2014, as well as being a PhD student at University College London. He leads a multidisciplinary team developing open systems ranging from CNC machines to electronics and fibre optic systems, promotes and deploys open wireless networks in wlan slovenia project and manages national and international wireless backbones.

IRNAS:
[Institute IRNAS Raèe](http://irnas.eu/) strives to apply the vast scientific knowledge to everyday reality by creating effective and affordable systems. We believe in an open-source world and sharing and we aim to empower the world with technologies that improve lives, let that be an advanced communication system or a simple everyday utensil. We are non-profit, rewarding the ones that create, always exploring new projects and ideas. All our work is published under open-source open-hardware licenses.

Websites and social links:
[IRNAS](http://irnas.eu/)
[KORUZA](http://koruza.net/)
[GoodEnoughCNC](http://goodenoughcnc.eu/)
[FB](https://www.facebook.com/instituteirnas)
[Twitter](https://twitter.com/institute_irnas)
[LinkedIn](https://www.linkedin.com/company/institute-for-development-of-advanced-applied-systems)
[Github](https://github.com/IRNAS)