3D Printing Metal Materials

Our Portfolio for Additive Manufactured Metal Parts

EOS offers an extensive portfolio of high tech materials designed specifically for metal 3D printing using the DMLS Technology. The quality controlled material supply chain – from the source to delivery – ensures regulatory compliance, lot traceability, flexible volumes and fast delivery. All materials, process parameters and metal 3D printer are optimally aligned to reliably and repeatably provide the desired part properties for production of your parts. We call this the EOS Quality Triangle which is unique to our DMLS-Technology, a proven powder bed fusion technology for metal additive manufacturing.

EOS' portfolio currently encompasses over 20 alloys and over 70 validated processes for all our DMLS systems. The portfolio includes aluminium, cobalt chrome, nickel-based, refractive metal, stainless steels, tool steels and titanium alloys. These enable a multitude of applications to be additively manufactured in the desired part quality.

The team of materials and metallurgy experts continuously develop the DMLS materials based on customer requirements and feedback. Furthermore, the R&D teams are working on a wide range of future materials such as bronze, pure copper, metallic glasses, light weight alloys just to name a few.

Aluminum

Commonly used casting alloys for applications in automotive and aerospace.

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Stainless Steel

Alloys for printing parts in aerospace, medical, energy, jewelry, shipping and food industries.

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Tool Steel

Tool steel MS1, 1.2709 and CX for 3D Printing. These alloys are ideally suited for tooling inserts across all industries.

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Case Hardening Steels

Ideal for gears and spare parts as well as many applications in automotive and general engineering.

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Titanium

Ideal for a wide range of high-performance applications in aerospace, automobile and medical as well as in lifestyle industries.

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Cobalt Chrome

This family includes alloys that are commonly used in aerospace as well as the medical industry.

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Copper

Ideal for heat exchangers, rocket engine parts, induction coils, electronics as well applications requiring good conductivity.

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Nickel Alloys

Alloys for high temperature applications in airplane and gas turbines as well as in the shipping industry.

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Precious Metals

Ideal for the jewelry and watch industries but also for applications in dental, electronics and many other industries.

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Refractory Metals

Tungsten designed specifically for thin-walled X-ray guidance structures often used in medical devices.

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Do you have any questions?

Frank Gersbach - Manager Additive Manufacturing