TRUMPF metal powder for additive manufacturing

Additive manufacturing: powders and parameters

TruPrint systems promise the highest standards of quality and productivity at attractive part costs. This is achieved by the interaction between high-quality metal powders and correspondingly optimized parameters. An extensive range of parameters for numerous materials facilitates a quick introduction and safe production. In addition, it is also possible to adapt parameters to individual requirements. TruPrint systems are open, which makes it possible for customers to use the powder of their choice. In order to achieve optimum process conditions and material properties, we recommend suitable metal powders from international powder suppliers with the highest quality standards. You can receive further information on the powders from our partners.

Metal powders
Parameters
Powder partners

Metal powders for Additive Manufacturing

Aluminum alloys

Advantages: Low density, therefore lightweight construction materials 
Typical use: Conventional mechanical engineering, automotive and aviation and aerospace industry 

  • 6061-RAM2
  • A20X
  • Ahhead® CP1
  • AlSi10Mg 
  • AlSi12 
  • AlSi9Cu3 
  • CustAlloy® (AlSi3,5Mg2,5)
  • F357 (AlSi7Mg0,6)
  • M174+ (AlSi12Cu4Ni2Mg) 
  • Scalmalloy® (AlMg7Sc2ZrMn)
Amorphous metals

Advantages: isotropic properties, biocompatible and good corrosion characteristics 
Typical  use: medicine, consumer electronics and lifestyle 

  • ZR01 
  • ZR02
Precious metals

Advantages: high level of corrosion resistance as well as metallic sheen 
Typical use: jewelry and fashion industry 

  • White gold 
  • Yellow gold 
  • Silver 
  • Platinum 
Stainless steels

Advantages: chemical resistance as well as high corrosion resistance and ductility 
Typical  use: conventional mechanical engineering, chemical industry and food industry 

  • 1.4404 / 316L 
  • 1.4542 / 630 
  • Invar® 36
  • Printdur® HSA
  • Medidur®
Cobalt alloys

Advantages: high level of hardness,and therefore wear resistance, biocompatibility 
Typical use: dental and medical technology as well as mechanical engineering,aviation and aerospace 

  • CoCrMo (ASTM F75)
  • CoCrW
  • CoCrWMo
Copper alloys

Advantages: very intense electric and thermal properties 
Typical use: electronic components, coolers and inductors 

  • Pure copper 
  • CuCr1Zr 
  • CuNi2SiCr 
  • CuSn10 
Nickel-base alloys

Advantages: very good resistance to high temperatures and corrosion 
Typical use: mechanical engineering, automotive industry as well as aviation and aerospace industry 

  • Pure nickel 
  • IN718® 
  • IN625® 
  • Hastelloy X 
Refractory metals

Advantages: high density and high melting temperatures 
Typical use: nuclear medicine 

  • Tungsten 
  • Tantalum 
Titanium alloys

Advantages: very good combination of density / stability as well as very good high temperature and corrosion properties 
Typical use: medical technology and aviation and aerospace industry 

  • Ti6Al4V Grade 23 (ELI)
  • Ti6Al4V Grade 5 
  • Ti-6Al-2Sn-4Zr-2Mo-0.08Si
  • Ti Grade 2 
  • Ti Grade 4
     
Tool steels

Advantages: high level of hardness and wear resistance, as well as good durability 
Typical use: tool and mold making 

  • 1.2709 / M300 
  • 1.2343 / H11 
  • 1.2344 / H13 
  • INNOFLEXX S900
  • M2 / 1.3343
  • Uddeholm Dievar® for additive manufacturing
  • Böhler M789 AMPO
  • Böhler W360 AMPO

Note: please consult the technical data of the respective TruPrint machine to learn which materials can be processed.

We would be pleased to advise you!

Please contact us to find out which materials and parameters are available or for a personal consultation!

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Consultation on additive manufacturing

Learn about our individual consultation services for additive manufacturing, and put your trust in the knowledgeable support of TRUMPF experts. We'll help you to manufacture more economically, more efficiently, and with improved quality.

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