What is industrial 3D printing with SLS and DMLS?

What is 3D printing with SLS? What is DMLS? Today, 3D printing is used in almost all sectors, including automotive, aerospace, marine, textiles, jewellery, construction, pharmaceuticals, metal, and engineering. How does industrial 3D printing differ from 3D printing at home? Is it worth printing the parts yourself or choosing a partner? In this blog post, we take a moment to go back to the basics!

There is far too little talk about post-treatment of 3D prints. However, it not only makes the part or product better, it also helps it stand out from the competition in the market. As 3D printing is increasingly used in many companies, a basic level is no longer sufficient. As more and more printed parts are used as end products, their appearance, durability and features are becoming increasingly important. In this blog, we give you three reasons why you should use post-treatment.

The jump from traditional production methods to 3D printing metal is not a big one. Why and how to take that jump? Read more!

A successful designing stage is paramount in metal additive manufacturing. It is estimated that up to 30–40% of the entire 3D printing process of a metal component takes place before the actual production stage.

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.

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