Thingiverse
Electromagnet 2
por mattmoses
49
Descargas
134
Likes
0
Makes
This is a follow-on to http://www.thingiverse.com/thing:904
It is a cylinder with a helical channel. The channel is designed so that the part can be printed without any internal support material. This was printed on a Dimension uPrint with zero internal support material.
The hollow channel can then be filled with low-melting-temperature metal alloy to form an electromagnet.
Due to the low number of turns, the performance of the electromagnet is poor. This is really just a proof-of-principle of the fabrication method, not much of a practical electromagnet.
Malone and Lipson report better results using similar materials with a layer-by-layer approach in the paper "Multi-material Freeform Fabrication of Active Systems" which can be found here: http://creativemachines.cornell.edu/publications
The SpoolHead is another promising approach for making embedded conductors. Info here: http://reprap.org/wiki/SpoolHead
UPDATE June 27 2011 - Also be sure to check out Rhys Jo
It is a cylinder with a helical channel. The channel is designed so that the part can be printed without any internal support material. This was printed on a Dimension uPrint with zero internal support material.
The hollow channel can then be filled with low-melting-temperature metal alloy to form an electromagnet.
Due to the low number of turns, the performance of the electromagnet is poor. This is really just a proof-of-principle of the fabrication method, not much of a practical electromagnet.
Malone and Lipson report better results using similar materials with a layer-by-layer approach in the paper "Multi-material Freeform Fabrication of Active Systems" which can be found here: http://creativemachines.cornell.edu/publications
The SpoolHead is another promising approach for making embedded conductors. Info here: http://reprap.org/wiki/SpoolHead
UPDATE June 27 2011 - Also be sure to check out Rhys Jo
¿Has impreso este modelo? Inicia sesión y comparte tu make.
Inicia sesión para dejar un comentario
Iniciar sesiónAún no hay comentarios – ¡sé el primero!