Feedstock Metal Powder Material
Metal 3D Printing

Our sinter-based Cold Metal Fusion-technology takes the serial production of metal parts to a new level

our process
Stainless Steel impeller powder bed
Simplify your supply chain with economical series production

We offer: The lowest investment costs of all metal 3D-printing processes for series production and a scalable machinery solutions. Your benefit: Economical series production and freedom from complex supply chains

Depowdering green parts with water jet
High green part stability enables the production of high part quantities

Our very high strength of the green parts not only simplifies cleaning and handling, but also enables post-processing before the sintering step to the metal component

Feedstock Metal Powder Material
Metal 3D Printing

Our sinterbased Cold Metal Fusion-technology takes the serial production of metal parts to a new level

our process
Stainless Steel impeller powder bed
Simplify your supply chain with economical series production

We offer: The lowest investment costs of all metal 3D-printing processes for series production and a scalable machinery solutions. Your benefit: Economical series production and freedom from complex supply chains

Depowdering green parts with water jet
High green part stability enables the production of high part quantities

Our very high strength of the green parts not only simplifies cleaning and handling, but also enables post-processing before the sintering step to the metal component

Material Matters!

The heart of the 3D-printing process Cold Metal Fusion is our feedstock. It was developed to fit seamlessly into an existing ecosystem of machines and processes, to achieve high green part stability and without having to accept any compromises in the metal part properties. The machine park can be combined according to the respective requirements or you can use your existing processes and equipment.

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sieve to depowder the metal parts
Learn more about our metal 3D-printing technology?

Learn more about our 3D-printing process, advantages, field of application, design guidelines and comparisons with other 3D-printing technologies

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Our company is climate neutral!

We keep an eye on our greenhouse gas emissions and continuously record and reduce them. We have offset the unavoidable emissions through climate protection projects and are currently supporting a solar energy project in Namibia.

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Great material, great technology: Element22 uses Headmade’s CMF technology for industrial Titanium 3D printing

The production facilities of Titanium specialist Element22 in Kiel recently welcomed a new member: the Formiga P110 SLS system from EOS. The reason for the new acquisition at Element22 is the implementation of the sinter-based 3D printing technology Cold Metal Fusion ('Metal SLS') from Headmade Materials for industrial Titanium 3D printing.

MIMplus Technologies relies on the CMF-technology from Headmade Materials

MIMplus Technologies, part of the OBE-group, relies on the Cold Metal Fusion (´Metal SLS´) technology from Headmade Materials and expands its production facility with the Selective Lasering System (SLS) XYZprinting MfgPro230 xS for the next step into industrial metal 3D printing.


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