GE Additive Powders

You can’t build anything out of just anything

Powder that fits your process — that’s our motto at GE Additive. We’re sourced and optimized specifically for GE Additive machines; and our powders provide your business with an end to end solution to complete your additive journey.

Make use of our filter function to obtain an individual overview and learn more about our wide range of materials. 

GE Additive 316L - Stainless Steel

GE Additive 316L is an austenitic stainless steel which with corresponding approval* can be used for manufacturing functional components or tool components for pre-production tools. 

Download Safety Data Sheet

 

Properties

Corrosion-resistant
High tensile strength
Suitable for low temperatures
Resistant up to 300°C in continuous operation
Highly formable

Industry

Automotive
Aerospace
Medical
Jewellery

Machines
  • M2 cusing
  • M2 cusing Multilaser
  • Mlab cusing
  • Mlab cusing 200R
  • Mlab cusing R
Datasheet
GE Additive 316L
Source: Concept Laser
GE Additive AlSi10Mg​​​​​​​ - Aluminium Alloy

GE Additive AlSi10Mg is a widespread aluminum alloy which with corresponding approval* can be used for manufacturing functional components. This material is compliant with DIN EN 1706 corresponding to AlSi10Mg(b)

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Properties

Low density
High mass-specific strength
High thermal conductivity
High electrical conductivity
High dynamic resilience
Easy to rework

Industry

Automotive
Aerospace

Machines
  • M2 cusing
  • M2 cusing Multilaser
Source: Concept Laser GmbH
GE Additive AlSi7Mg - Aluminium Alloy

GE Additive AlSi7Mg is a widespread aluminum alloy which with corresponding approval* can be used for manufacturing functional components. The Chemical composition is according to SAE AMS4289 F357

Download Safety Datasheet

 

Properties

Low density
High mass-specific strength
High thermal conductivity
High electrical conductivity
High dynamic resilience
Easy to rework

Industry

Automotive
Aerospace

Machines
  • M2 cusing
  • M2 cusing Multilaser
Datasheet
GE Additive AlSi7Mg
Source: Concept Laser GmbH
GE Additive M300 - Stainless Steel

GE Additive M300 is a maraging tool steel which with corresponding approval* can be used for manufacturing tool components with conformal cooling for series injection-molding as well as diecasting and functional components.

Download Safety Data Sheet

 

Properties

High toughness
Low distortion
Simple thermal reworking
High strength

Industry

Mold
Tooling

Machines
  • M2 cusing
  • M2 cusing Multilaser
  • Mlab cusing 200R
Datasheet
GE Additive M300
Source: Werkzeugbau Siegfried Hofmann GmbH
GE Additive 17-4 PH - Stainless Steel

With corresponding approval* GE Additive 17-4 PH is a widespread precipitation hardening steel which can be used for manufacturing functional components or medical instruments. This material is compliant with ASTM A564 / A564M - 12 UNS S17400 / SUS 630

Download Safety Data Sheet

 

Properties

High strength 
High toughness
Corrosion-resistant

Industry

Automotive
Aerospace
Medical
Mold

Machines
  • M2 cusing
  • M2 cusing Multilaser
  • Mlab cusing
  • Mlab cusing 200R
  • Mlab cusing R
Datasheet
GE Additive 17-4 PH
Source: Concept Laser GmbH
remanium star® CL - Cobalt-Chromium Alloy

remanium® star CL is a CoCrW alloy which with corresponding approval* can be used for manufacturing dental prostheses such as caps, crowns and bridges as well as model castings. According to DIN EN ISO 9693 / DIN EN ISO 22674, Type 5, CE 0483

Download Safety Data Sheet

 

Properties

Corrosion-resistant
Biocompatible
High strength
High hardness
Certified material

Industry

Dental

Machines
  • M2 cusing
  • M2 cusing Multilaser
  • Mlab cusing
  • Mlab cusing 200R
  • Mlab cusing R
Datasheet
remanium star® CL
Source: LAC Laser Add Center GmbH
rematitan® CL - Titanium Alloys

rematitan® CL is a titanium alloy which with corresponding approval* can be used for manufacturing metallic dental prostheses. According to DIN EN ISO 9693 / DIN EN ISO 22674, Type 4 CE 0483

Properties

Certified material for the dental industry
Biocompatible according to DIN ISO-10993
Good strength-to-density ratio
Good endurance strength
Corrosion-resistant
Low thermal expansion
Low thermal conductivity

Industry

Dental

Machines
  • M2 cusing
  • M2 cusing Multilaser
  • Mlab cusing 200R
  • Mlab cusing R
Datasheet
rematitan® CL
Source: LAC Laser Add Center GmbH

* The approval is for a specific sector and/or application and should therefore be carried out by the consumer/user. GE Additive does not have approval for the material.

GE Additive is committed to help you succeed

We’ll get to know your needs and priorities to help determine the design, engineering and materials that can accelerate innovation in your business.