Materials for 3D Printing
51 products
Showing 25 - 48 of 51 products
EOS certified metal and polymer materials for industrial 3D printing ensure you can print parts reliably and in the desired quality on your EOS systems. Not sure which material to choose? Try out our Material Finder Tool to get personalized recommendations.

Black
Same high impact resistance and elongation at break, but in black for visible areas subject to wear


White
Built parts are characterized by high impact resistance and elongation at break


Excellent resistance to corrosion
Higher strength than conventional austenitic stainless steels
For extremely corrosive environments


High strength and hardness
Corrosion resistant
For mildly corrosive environments


Excellent corrosion resistance
Through hardening 50 HRC
High strength and hardness


High strength and hardness
Corrosion resistant
For mildly corrosive environments



Part properties similar to 316L
Up to 11 mm3/s build rate & very cost efficient
For highly corrosive environments


High ductility & toughness
High strength & corrosion resistance
For highly corrosive environments


Good wear resistance
Excellent surface hardness after carburizing


Ultra high strength and hardness
Through hardening 57 HRC
Excellent fatigue strength


Through hardening up to 54 HRC
High strength and hardness




High tensile, fatigue, creep and rupture strength at temperatures unto 850 °C
Maintains good ductility & resistant to strainage cracking
Excellent corrosion & oxidation resistance


Good tensile, fatigue, creep and rupture strength
Good oxidation resistance & corrosion resistance




Pure tungsten powder
Process optimized for production of thin walled X-ray guidance structures


Low weight with high strength
Excellent corrosion resistance
Higher fatigue resistance


Good strength-to-weight ratio
Good corrosion resistance & ductility


Low weight with high strength
Excellent corrosion resistance
Higher fatigue resistance


Excellent mechanical properties and corrosion resistance
Low weight & bio compatibility


Excellent mechanical properties and corrosion resistance
Low weight & bio compatibility


High carbon CoCrMo based superalloy
Good corrosion & wear resistance
Good mechanical properties


High productivity
Moderate to high conductivity
Good mechanical properties


Commercially pure copper
Excellent electrical & heat conductivity