3D printing slicing software typically prints the outer walls of an object before filling the interior with an infill pattern. Recent developments suggest that altering this sequence—by changing the order in which layers and patterns are deposited—can improve the overall strength of the printed part. This approach involves modifying how the printer lays down material during the printing process.
By experimenting with different layer patterns and print orders, users can optimize the structural integrity of 3D printed objects without changing the material itself. These adjustments can be implemented through updated slicing software settings, offering a practical way to enhance print durability.
**Why this matters**
Improving the strength of 3D printed parts through software adjustments can extend the usability of printed components in functional applications. This method provides a cost-effective way to enhance performance without requiring new hardware or materials, benefiting hobbyists and professionals alike.
Source: NewsData