Sometimes it is not feasible to 3D print an entire object at one time. Due to overhanging geometry, loading direction, or simply size, some parts must be split into multiple sections. Good bonding practices are critical to ensuring proper part fitment and bond strength.

3D printing is good at making a lot of different kinds of parts, and very good at making parts for certain specific applications. This compliments traditional manufacturing very well in specific areas. Learn more in this article.

3D printing is used where it has advantages over traditional manufacturing methods. Learn more about how to leverage 3D printing's advantages and some of the most successful industry applications.

All 3D printing filament absorbs moisture from the atmosphere. Learn about proper material storage and which materials need the most help.

3D printing is the process of creating a physical object by adding material, usually in layers, until a part is built. There are several steps between thinking of an object and holding a 3D printed version in your hand. This article covers the basics of that process.

There are two main types of software involved in 3D printing- Computer Aided Design (CAD) software and slicing software. Learn about how the two fit into the 3D printing process and our recommendations for each.