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Digital technologies/3D printing/3D modeling- Advanced (view source)
Revision as of 19:05, 6 May 2022
, 19:05, 6 May 2022→Mold Design
Advanced 3D modelling knowledge and skill can be extremely valuable for leveraging the benefits of additive manufacturing processes such as 3D printing. This section provides the necessary extra knowledge to make one an advanced CAD modeler.
Advanced 3D modelling knowledge and skill can be extremely valuable for leveraging the benefits of additive manufacturing processes such as 3D printing. This section provides the necessary extra knowledge to make one an advanced CAD modeler.
== [[Digital Technologies/3D printing/3D modeling- Advanced/Complex Geometries (Features) in Parametric Software|Complex Geometries (Features) in Parametric Software]] ==
==[[Digital technologies/3D printing/3D modeling- Advanced/Complex Geometries (Features) in Parametric Software|Complex Geometries (Features) in Parametric Software]]==
===Surfacing===
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== [[Digital Technologies/3D printing/3D modeling- Advanced/3D Scanning|3D Scanning]] ==
===Boundary Features===
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== [[Digital Technologies/3D printing/3D modeling- Advanced/Splitting Large Models for Printing|Splitting Large Models for Printing]] ==
===Lofts===
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=== OnShape ===
===Direct Editing===
==[[Digital technologies/3D printing/3D modeling- Advanced/3D Scanning|3D Scanning]]==
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=== Fusion 360 ===
==[[Digital technologies/3D printing/3D modeling- Advanced/Splitting Models for Printing|Splitting Models for Printing]]==
===OnShape===
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=== Mold Design ===
===Fusion 360===
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===Mold Design===
A 3D print does not have to be the final part. 3D printing can also used to make molds. This section was included in the 'Splitting Models for Printing' section since it consists of similar operations as the actual splitting, and at least always requires splitting since the mold will require opening somehow.