![]() ![]() Inside the part’s outer walls (or shell) is an interior structure that gives the part some degree of mechanical strength. However, a seemingly solid 3D printed part isn’t completely empty inside, either. It also reduces the weight of the finished part and the time it takes for the actual printing process. This makes 3D printing a much more economical manufacturing method by reducing the amount of material that goes into the product. If you have ever seen a 3D printed product, then there’s a good chance that it has a pretty well-hidden trait – it’s mostly hollow inside! Through the use of infill patterns, 3D printed parts can be designed with a highly controlled degree of porosity. How can you customize an infill pattern to get the most out of your 3D printed project? What is an infill pattern in 3D printing? There are a few other noteworthy options and factors to consider, especially if you want to optimize your 3D printing process. If strength is the most important characteristic for your project, then a honeycomb pattern is probably your best bet for providing omnidirectional strength. ![]() A good way to strike balance is to use infill patterns – internal structures that deliberately some porosity to a 3D printed part. ![]() In 3D printing, creating a strong part often compromises other factors such as material consumption and printing time. 3D Insider is ad supported and earns money from clicks, commissions from sales, and other ways. ![]()
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