Increase Infill Density: Increasing Infill Density increase surface area and bonds between each layer creating stronger prints at the cost of longer printing time and more material used.

Consider the inherent strength and material cost of different infill patterns and the best use cases for each:

Hilbert Infill: offers moderate strength and is relatively efficient in terms of material usage, making it a balanced choice for prints that need both structural integrity and material economy. It's well-suited for functional parts like brackets and mounts that require a combination of strength and cost-effectiveness.
Archimedean Chords Infill (Archi): provides decent strength and is reasonably material-efficient, making it suitable for parts where a balance between strength and cost is desired. It's a good choice for medium-stress components like custom containers or enclosures.
Octagram Spiral Infill (Octa): offers good strength and is somewhat material-efficient, making it a solid choice for prints requiring both strength and cost-effectiveness. It's commonly used for mid-strength prototypes and functional parts.
Concentric Infill (Concen): provides good strength and is moderately efficient in terms of material usage, making it suitable for parts where uniform support is important. It's often used in objects like figurines or decorative prints where strength is necessary throughout the structure.
Honeycomb Infill (Honey): has a high strength-to-weight ratio and is efficient in terms of material usage, making it ideal for strong yet material-conscious prints. It's commonly used in aerospace, drone components, and lightweight structural parts.
3D Honeycomb Infill: combines the strength of honeycomb with added support angles, offering high strength but potentially using more material due to its complexity. It's beneficial for robust mechanical parts like gears or load-bearing components.
Rectilinear Infill (Recti): provides good strength and is efficient in terms of material usage, making it a balanced choice for various applications. It's suitable for functional prints such as tool handles, custom fixtures, and enclosures.
Grid Infill: offers a balanced combination of strength and material efficiency, making it a versatile choice for a wide range of prints. It's commonly used for prototypes, mechanical parts, and everyday objects like phone cases.
Line Infill: provides basic support with moderate strength but is cost-effective due to its simplicity, making it suitable for lightweight or decorative prints. It's often used in artistic sculptures, architectural models, and vases.

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