Interesting facts about 3D printing

Surface roughness is an important quality factor in 3D printing for the appearance and functionality of parts.

Learn how flame retardant material for 3D printing helps meet fire safety standards and reduce the risk of fires.

Learn what DfAM is and how you can use it to get the most out of your 3D printed parts.

We give you tips on how to make your 3D printed parts more sustainable through design and material selection.

We will give you an overview of the ways in which injection molding and additive manufacturing work and their advantages and disadvantages.

Learn what the 3D Manufacturing Format is and what advantages it offers for additive manufacturing.

We explain what polyamides are, where they are used, and how they are applied specifically in additive manufacturing.

Learn what problems electrostatic discharge can cause and how our ESD-safe 3D printing filaments can solve them.

Here is an overview of some of the most popular 3D design tools for creating your 3D print data.

We will give you an overview over the differences as well as the advantages and disadvantages of the two technologies.

Get to know the differences between the materials PA11 and PA12, which are often used in powder-bed-based 3D printing processes.

With our 3D printing online calculator you have the possibility to directly 3D print your parts.

We provide you with various guidelines to help you keep the costs of your parts low.

We explain the differences between our two powder bed based 3D printing processes MJF and SLS.

Learn what is meant by the term “nesting” in 3D printing and how you can use it to save costs in selective laser sintering.

We will show you the factors that influence 3D printing pricing and the methods we use to calculate parts.

We give you tips for the basic approach to designs for additive manufacturing.

Hier finden Sie eine Übersicht über Möglichkeiten, wie Sie Ihre Bauteile nach dem 3D Druck veredeln können.