3D Software

Artificial intelligence is becoming an integral part of our daily lives. Its ability to optimize workflows, predict outcomes, and adapt in real-time is driving innovation across industries—including additive manufacturing. One of the most exciting developments in this space is the…

Reverse engineering is a method of analyzing a finished product to understand its design and manufacture. By deciphering the structure and composition of an object, this technique offers the possibility of reproducing it, improving it or drawing inspiration from it…

The software used for designing a 3D printed part depends entirely on what it is and its complexity. In general, modeling software can be separated into two categories: CAD software and 3D modeling software. In the case of CAD software, it is used to…

In 3D printing, it all starts with a 3D file sent to the 3D printer. Creating such a file can be difficult for a user who has no experience in modeling. That’s why they can go through platforms and marketplaces…

3D printers can create incredible works of art on large and small scales, especially pieces that are, of course, three-dimensional. But what about creating art through a 3D printer that’s flat—almost two-dimensional? This can be beautifully executed with the software…

When you ask those in the know what the benefits of additive manufacturing are, there is one thing that comes up time and again: design freedom. With the right design software, users can create incredible parts that are lightweight and…

If you are an additive manufacturing and 3D printing enthusiast, you’ve heard of Thingiverse. It is an online platform with millions of 3D files, designed by a growing community of users. These models are exportable in STL format, allowing you…

Although there are many steps in 3D printing, one of the most critical is, without a doubt, slicing. In this stage, software platforms known as slicers are used to convert the 3D model into a series of thin layers, the…

File preparation is an important step in the creation of parts using additive manufacturing. The slicer is the ideal tool for cutting models, configuring the 3D printing process and generating the necessary supports. Suppors particularly essential for complex designs or…

The additive manufacturing market is constantly changing. This can be shown by the fact that one of the most prominent trends in recent years includes the merging of organizations and the signing of collaboration agreements and even the purchase of…

There is a constant race for even faster production, parts meeting higher demands and to surpass our current accomplishments. To achieve this, the products we manufacture have to be optimized in one way or another, so that they perform even…

When you think of 3D printed parts, what comes first to mind is often the 3D printing process used or the chosen materials. But what if we told you there was a step even more critical than that which impacts…