This work investigates the laser sintering (LS) processing of polyamide-12/polyamide-4,6 composites and the performance of resulting parts. The coalescence and consolidation of the PA12/PA4,6 powder mixture are characterized. This demonstrates that at the LS processing window for PA12 (grade PA2200), the powder mixture exhibits bimodal melting behavior. In this behavior PA2200 melts during LS processing but PA4,6 remains solid. After laser sintering of the materials, the microstructure and the mechanical properties of the resulting parts are characterized. This illustrates that the PA2200 coalesces well and PA4,6 remains as a secondary phase during the LS processing. Further developments to improve the powder size and morphology in o...
Additive processing technologies are aimed at manufacturing parts directly from a computer-aided des...
Additive processing technologies are aimed at manufacturing parts directly from a computer-aided des...
cited By 35International audienceThe microstructure and properties of plastic parts made by laser si...
This work investigates the laser sintering (LS) processing of polyamide-12/polyamide-4,6 composites...
This work investigates the laser sintering (LS) processing of polyamide-12/polyamide-4,6 composites ...
One of the most promising additive manufacturing techniques is selective laser sintering (SLS) of th...
Different features of polymer powders influence the process of laser sintering (LS) and the properti...
Different features of polymer powders influence the process of laser sintering (LS) and the properti...
Selective Laser Melting is an additive manufacturing technique, using a laser to promote the fusion ...
Different features of polymer powders influence the process of laser sintering (LS) and the properti...
Due to the advancements during the last decade, the laser sintering process has achieved a high tech...
Additive Manufacturing (AM) is close to become a production technique changing the way of part fabri...
AbstractLaser sintering of polymers gets more and more importance for small series production. Howev...
Selective laser sintering (SLS) is a powder bed fusion (PBF) additive manufacturing (AM) technique ...
La fusion laser est un procédé de fabrication additive transformant une poudre de polymère, déposée ...
Additive processing technologies are aimed at manufacturing parts directly from a computer-aided des...
Additive processing technologies are aimed at manufacturing parts directly from a computer-aided des...
cited By 35International audienceThe microstructure and properties of plastic parts made by laser si...
This work investigates the laser sintering (LS) processing of polyamide-12/polyamide-4,6 composites...
This work investigates the laser sintering (LS) processing of polyamide-12/polyamide-4,6 composites ...
One of the most promising additive manufacturing techniques is selective laser sintering (SLS) of th...
Different features of polymer powders influence the process of laser sintering (LS) and the properti...
Different features of polymer powders influence the process of laser sintering (LS) and the properti...
Selective Laser Melting is an additive manufacturing technique, using a laser to promote the fusion ...
Different features of polymer powders influence the process of laser sintering (LS) and the properti...
Due to the advancements during the last decade, the laser sintering process has achieved a high tech...
Additive Manufacturing (AM) is close to become a production technique changing the way of part fabri...
AbstractLaser sintering of polymers gets more and more importance for small series production. Howev...
Selective laser sintering (SLS) is a powder bed fusion (PBF) additive manufacturing (AM) technique ...
La fusion laser est un procédé de fabrication additive transformant une poudre de polymère, déposée ...
Additive processing technologies are aimed at manufacturing parts directly from a computer-aided des...
Additive processing technologies are aimed at manufacturing parts directly from a computer-aided des...
cited By 35International audienceThe microstructure and properties of plastic parts made by laser si...