Anisotropic Strength Anisotropic strength describes the variation in mechanical strength of a 3D-printed object depending on the orientation of the layers. Parts printed with fused deposition modeling (FDM) or similar processes often exhibit greater strength within individual layers compared to the bonds between them. This characteristic impacts the performance and durability of the printed object under stress. Designers can address anisotropic strength by orienting the model strategically in the slicer software, using materials with improved interlayer adhesion, or employing alternative 3D printing technologies like SLS or SLA. Understanding anisotropic strength is essential for engineering functional parts that meet performance requirements.
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