An alternative direction for 3D printed enclosures
When he come has 3D impression, THE orientation of your to print can to have A significant impact on strength, aesthetic, And Functionality Or ease of impression. THE people has Tilt 3D to have find that impression pregnant has A 45° provides A excellent balance of these properties, with a few added benefits For high volume impression. THE trick East has prevent THE part Since fall on When balance on A edge, but In THE video After THE to break [Gabé Bentz] demonstrate Tilt 3D solution of minimalist custom supports.
THE traditional vertical Or horizontal directions come with disadvantages as excessive post treatment And weak layer alignment. Impression has 45° reduced waste but strengthens THE END product by align THE layer lines In A path that resist split through common stress points. When scaling up production, This orientation come with THE added advantage of minimal bed contact area, allowing THE printer has automatic ejection THE part by push he disabled THE bed with to print head.
HAS keep THE part stable while impression In This orientation Tilt 3D designed A fin-shaped support structure attached has THE back of THE pregnant with little clusters. This waste significantly less time And material that generates automatically supports, And snaps in far own, exit behind minimal imperfections that are easily addressed. HAS improve aesthetic And hide layer lines, Tilt 3D Also recommend add texture has THE external surfaces of enclosure. On 3D printed rooms This detail costs Nothing, while he would be to have added significant costs has injection mold parts.
Were plot by This creative twist on 3D the impression abilities—proving once Again that A simple change In perspective (Or In This case, orientation) can open new design potential.
Tilt 3D to use FDM 3D impression For mass production [Gabé] even hosted A To hack Cat on THE subject. They to have come up with A number of innovative design Things which are Also useful For THE amateur. These include improved corner supports, robust life hinges And better alignment features For 3D printed assemblies.
When he come has 3D impression, THE orientation of your to print can to have A significant impact on strength, aesthetic, And Functionality Or ease of impression. THE people has Tilt 3D to have find that impression pregnant has A 45° provides A excellent balance of these properties, with a few added benefits For high volume impression. THE trick East has prevent THE part Since fall on When balance on A edge, but In THE video After THE to break [Gabé Bentz] demonstrate Tilt 3D solution of minimalist custom supports.
THE traditional vertical Or horizontal directions come with disadvantages as excessive post treatment And weak layer alignment. Impression has 45° reduced waste but strengthens THE END product by align THE layer lines In A path that resist split through common stress points. When scaling up production, This orientation come with THE added advantage of minimal bed contact area, allowing THE printer has automatic ejection THE part by push he disabled THE bed with to print head.
HAS keep THE part stable while impression In This orientation Tilt 3D designed A fin-shaped support structure attached has THE back of THE pregnant with little clusters. This waste significantly less time And material that generates automatically supports, And snaps in far own, exit behind minimal imperfections that are easily addressed. HAS improve aesthetic And hide layer lines, Tilt 3D Also recommend add texture has THE external surfaces of enclosure. On 3D printed rooms This detail costs Nothing, while he would be to have added significant costs has injection mold parts.
Were plot by This creative twist on 3D the impression abilities—proving once Again that A simple change In perspective (Or In This case, orientation) can open new design potential.
Tilt 3D to use FDM 3D impression For mass production [Gabé] even hosted A To hack Cat on THE subject. They to have come up with A number of innovative design Things which are Also useful For THE amateur. These include improved corner supports, robust life hinges And better alignment features For 3D printed assemblies.
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