Evonik enables 3d printing for the things to come 

Shaping the future


Additive manufacturing is a highly promising market. 3d printing is fast, innovative—and therefore ideally suited to an industrial world where every cent and every second count. And for a number of years now expectations regarding the development of tool-less production have been correspondingly high. Market researchers estimate that the global market will grow by about 25 percent annually in the period 2015-2020. 


Fused Filament Fabrication


Evonik is leading in manufacturing of high performance filaments based on PEEK and highly specialized inorganic particles suitable for use in the Fused Filament Fabrication 3d printing technology.

Filament materials for Fused Filament Fabrication (FFF)

High Speed Sintering


High speed sintering is a physical binder-jetting process that allows the tool-less production of functional prototypes as well as final consumer parts based on plastic powder materials such as PA 12. 

High performance materials for high-speed-sintering (HSS)

Material Jetting


Material jetting creates objects in a similar method to a two dimensional ink jet printer. Nanosilica particle filled resins made by Evonik significantly improve edge sharpness and accuracy. 

Modified Resins for High-End Material Jetting Formulations

Multi Jest Fusion™


Evonik is driving forward its commitment to the 3d printing market participating in HP Inc.’s Open Platform Program to introduce new powder materials for the Multi Jet Fusion™ technology.

Polymer powder materials for the Multi Jet Fusion technology (MJF)

Selective Laser Sintering


Evonik had already delivered the first polyamide 12 powder material of the VESTOSINT® brand for the SLS technology in 1996 setting new standards that currently apply to 3D printing of plastic materials.

High performance materials for selective-laser-sintering (SLS)

Stereolithography


Stereolithography (SLA) was the first rapid prototyping process. Evonik is a leading manufacturer of modified resins for 3D printing, which will help you to harness the full power of the SLA technology.

Modified Resins for High-End Stereolithography Formulations (SLA)
Pioneer in development and manufacturing of high performance materials and additives for 3D printing