Blogs

Industrial metal 3D printing that meets the needs of companies places certain demands on equipment and production quality. In this blog, we review the criteria and why companies planning to start additive manufacturing should consider them.

In 2018, we announced that we would start metal additive manufacturing. The innovation opened up completely new opportunities for the Finnish engineering industry. Our new blog series now takes a thorough look at these opportunities and their foundations.

Before a 3D printer can really be put to work, a 3D model of the component to be printed is needed. 3D modelling forms the foundation of efficient 3D printing, which is something you should really invest in.

Prototypes can now be produced much faster and more cost-effectively than before, thanks to 3D printing.

The price of 3D printing is always case-specific. However, the formation of the price is relatively clear. In this post, we explore the factors affecting the price of 3D printing.

3D printing involves creating a virtual model into a physical object. This blog sheds light on the different stages of 3D printing and explains how a component is transformed from a designer’s idea into a ready-to-use component.

Is 3D printing suitable for serial production? Is a 3D printed metal component durable? What types of metals can be 3D printed? 3D printing metal: answers to the most common questions

What types of plastic components can be 3D printed profitably? Are 3D prints durable? 3D printing plastic: answers to the most common questions

At its best, 3D printing can replace a part in your production equipment that has unexpectedly broken down, as early as the next day. Learn what other benefits 3D printing offers to industry!