Page 28 - ENGINEERING REVIEW APRIL 2022 DIGITAL MAGAZINE
P. 28

BUSINESS
                                 NEWS


















           USA (April 3-7, 2022).             delighted to provide our customers
                                              access to Evonik’s new range of
                                                     ®
           Exploring infinite 3D applications  INFINAM  photopolymers. Combining
           “The cooperation with Asiga, once   the latest material developments in
           again, confirms the growth approach we   additive polymer science from Evonik
           are focusing on with our new product   with our industrial grade 3D printing
           line of INFINAM  photopolymer resins   hardware creates robust additive
                        ®
           launched last year. We are sending   manufacturing solutions with endless
           an important signal to our customers   possibilities”, Graham Turner, Global
           who will now benefit from an even   Operations Manager, Asiga.
           broader access to our high-performance
           materials with excellent processability   New product line of INFINAM®
           properties on Asiga’s DLP 3D printers   photopolymers
           to explore new infinite applications,”   Last year, Evonik introduced first
           says Dr. Rainer Hahn, Head of Evonik’s   ready-to-use formulations of its new
           photopolymer market segment within   photopolymers product line for industrial
           the Additive Manufacturing Innovation   3D printing applications. INFINAM  TI
                                                                          ®
           Growth Field.                      3100 L leads to high toughness and
             Evonik’s new INFINAM             impact-resistant 3D parts which can
                               ®
           photopolymers are ready-to-use high-  withstand strong impact or permanent
           performance formulations that can be   mechanical effects such as pressing or
           processed seamlessly on Asiga’s DLP   impact. INFINAM  ST 6100 L is setting-
                                                            ®
           3D printers.                       up a new benchmark in the category
             Asiga is an innovation driver in   of high strength polymer resins. It
           desktop stereolithography, launching   combines tensile strength of 89 MPa,
           the world’s first LED based DLP 3D   flexural strength of 145 MPa and HDT
           printer in 2011. Today the company   of 120 °C, and thus fills the material gap
           continues to focus on a range of process   in ultra-high strength photopolymers.
           monitoring technologies which control   INFINAM  RG 3101 L combines
                                                     ®
           part accuracy and production stability   excellent impact resistance with high-
           across many industries including   temperature resistance while exhibiting   performance materials for all
           medical and general manufacturing.   long-lasting thermomechanical    major polymer-based 3D-printing
           Asiga’s product line covers a broad   performance.                    technologies. The specialty chemicals
           range from powerful desktop 3D       Evonik’s 3D printing activities   company thus drives 3D printing as a
           printers including their MAX series to   are bundled in the group’s additive   large-scale industrial manufacturing
           large format floor standing such as    manufacturing innovation growth   technology along the entire value chain.
           the PRO 4K.                        field. The strategic focus is on the   In this context, Evonik has organized its
             “As we continue to strengthen our   development and manufacturing   product range under the new INFINAM
                                                                                                                ®
           open material architecture we are   industrial ready-to-use high-     brand.



          26   |  APRIL 2022
   23   24   25   26   27   28   29   30   31   32   33