Difference between revisions of "Msc3G5:Schedule"

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(Created page with " 850px == '''LECTURE 1.0''' MONDAY 13th OCTOBER | 16:00 HRS | PROTOSPACE == '''Printing outside the box!''' | Tim Geurtjens | Joris Laarman La...")
 
(LECTURE 1.0 MONDAY 13th OCTOBER | 16:00 HRS | PROTOSPACE)
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'''Printing outside the box!''' | Tim Geurtjens | Joris Laarman Lab
 
'''Printing outside the box!''' | Tim Geurtjens | Joris Laarman Lab
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[[File:Wiki_lecture-04.png|200px|frame]] Joris Laarman LAB is using 3D-printing techniques in most of their project. Sometimes just as a design tool, but increasingly also for actual functional prototypes. Frustration about the absurd high cost of 3D-printing and the lack of  large enough building volumes led them to the development of the MX3D-program. MX3D stands for Multi Axis 3D Printing. By combining Industrial robots with different printing tools, they can now print large structures in many materials such as thermoset plastics or even Stainless steel and Aluminium.
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Joris Laarman LAB is using 3D-printing techniques in most of their project. Sometimes just as a design tool, but increasingly also for actual functional prototypes. Frustration about the absurd high cost of 3D-printing and the lack of  large enough building volumes led them to the development of the MX3D-program. MX3D stands for Multi Axis 3D Printing. By combining Industrial robots with different printing tools, they can now print large structures in many materials such as thermoset plastics or even Stainless steel and Aluminium.
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Revision as of 19:47, 26 October 2014

Wiki lecture-07.png

LECTURE 1.0 MONDAY 13th OCTOBER | 16:00 HRS | PROTOSPACE

Printing outside the box! | Tim Geurtjens | Joris Laarman Lab


caption




Joris Laarman LAB is using 3D-printing techniques in most of their project. Sometimes just as a design tool, but increasingly also for actual functional prototypes. Frustration about the absurd high cost of 3D-printing and the lack of large enough building volumes led them to the development of the MX3D-program. MX3D stands for Multi Axis 3D Printing. By combining Industrial robots with different printing tools, they can now print large structures in many materials such as thermoset plastics or even Stainless steel and Aluminium.