IFD:BFFL: Difference between revisions

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The BFFL - Bauhaus Form und Funktion Lab is a research lab for printed and 3-dimensional electronics, funded through EFRE
The Bauhaus Form & Function Lab (BFFL) is a research lab dedicated the development and production of 2D and 3D functional prototypes for tangible, pervasive and embodied interaction. Funded by [https://www.efre-thueringen.de/ EFRE and the Free State of Thuringia], the BFFL provides a platform for integrating additive and subtractive manufacturing processes with emerging and experimental technologies such as printed electronics and 3D-MID.<br />
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The BFFL is equipped to support the following processes:<br />


Right now we have got 3 Rooms in Marienstraße 7b: 002, 005, 006.
* 3D-MID: LPKF ProtoLaser 3D
* Silk-screened Printed Electronics: Thieme 510
* Inkjet Printed Electronics: Fuji Dimatix
* FDM 3D Printing: German RepRap X350, Prusa i3 MK3S
* 3D Laser Scanning: Roland LPX
* 4-axis CNC Milling: [[/CNC-Mill| Roland MDX-540A]]
* Laser Cutting: [[/Epilog Laser| Epilog Fusion M2]]
* Vinyl Cutter: Summa
* SMD Component Placement: SmartSMT
* Chemical Lab for Metalization


Available Tools:
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Please note the BFFL is not a university workshop and is not open to students.<br />
* Conventional Silk Screen Table
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* 3D Scanner: Roland LPX
Publically available laser cutters can be found here:<br />
*[[/CNC-Mill|Benchtop CNC Milling Machine]] with 4 Axes: MDX-540 A
[https://www.uni-weimar.de/de/architektur-und-urbanistik/profil/werkstaetten/modellwerkstaetten/ Modellwerkstätten der BUW]<br />
* Semi Automatic Silk Screen Printer for Electronics
[https://www.modellwerk-weimar.de/01_neu/index.html Modellwerk Weimar]
* [[/Epilog Laser|Laser Engraver/Cutter]]
* Vinyl Cutter
* Pick and Place Machine for SMD Components
* Chemical Lab for Metalization, including a curing / drying Oven
* ...
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