10 technology highlights of 2023 that shaped the Additive Manufacturing world (Part 2)
Updated on January 4th: The article has been updated to reflect the "Arburg" solution in part 4.
2023 has been a very interesting year both from a business and a technology perspective. Whether it was...
2023: Additive Manufacturing, for better or worse (Part 1)
Before starting this “2023 year in review” article, I had a look at what I wrote last year: consolidation through acquisitions & funding dominated the market, materials & software called the tune in the...
How do nanotechnology & Additive Manufacturing intertwine and what opportunities lie ahead?
Among the wide range of technologies that can bolster an Additive Manufacturing (AM) application, nanotechnology is often the least mentioned. Yet the synergy between both technologies can lead to versatile and multifunctional applications that...
What’s Electroplating and when should we use it for 3D printed parts?
Like a wide range of post-processing tasks used for 3D printed parts, electroplating aims to enhance the physical properties of the part through increased wear resistance, corrosion protection or aesthetic appeal, as well as...
Key considerations to take into account for the production of 3D Printable stainless steel powders
There are a number of reasons why one can select stainless steel for additive manufacturing (AM) processes, including its superior corrosion, mechanical properties compared with other steel types (meaning that the component will last...
Updated: Large format Additive Manufacturing: Materials, Software and Costs
The article has been updated to reflect the fact that "most industrials often have in mind the use of machines with build volumes around 1 m3".
Most adopters of Additive Manufacturing (AM) share the same...
What’s the right recoater for your metal AM process?
It might be easy for engineers or designers to think that, because they are not directly involved with the manufacturing of parts, they shouldn’t know about certain complexities surrounding the hands-on operation of machines....
Electron Beam Additive Manufacturing is an ideal production candidate for large-scale parts, yet still lags far behind in adoption. Here is why.
On the metal 3D printing market, DED and LPBF are often the first technology processes that come to one’s mind when looking to produce large-scale parts. Yet, behind the large-scale 3D printed parts built...
A closer look at Robotic 3D printing – what really slows down the adoption at scale
If you want to manufacture parts that measure up to 30 meters in a single printing operation; if you want this production to be automated and accurately repeated, there is a great chance that...
What are the different design tools in the DfAM toolbox?
A few years ago, to understand how to “rethink design” while taking into account AM technologies’ capabilities, we discussed the transition from Design for Manufacturing (DfM) to Design for Additive Manufacturing (DfAM). The dossier...
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This 3D printer can automatically determine parameters for unknown materials
With the focus on sustainability, one realizes that materials that are described as sustainable, also require some adjustment to be processed by a 3D...
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When 3D printing integrates the Internet of Things
Over time, companies are increasingly exploiting the combination of 3D printing and the Internet of Things (IoT) in the industry. According to professionals, IoT...
