| Load-Bearing 3D Prints Load-bearing 3D prints are designed to handle significant mechanical stress and weight without failure. These prints require careful material selection, such as reinforced nylon, polycarbonate, or carbon fiber composites. The structural design must consider infill density, wall thickness, and orientation to maximize strength. Techniques like isotropic printing—where layers are aligned with stress points—help improve load distribution. Load-bearing components are commonly used in functional applications, such as drone frames, robotic arms, and mechanical brackets. Post-processing techniques, such as annealing or resin reinforcement, can further enhance a part’s ability to withstand high loads. |
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