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PRODUCT BROCHURE DRIVING 3D PRINTING AT SCALE With high-performance photopolymer resins
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CONTENTS How Evonik is driving Additive Manufacturing material devel- opment Starting guide & INFINAM© photopolymer resin portfolio overview Introduction to INFINAM© photopolymer resins in more detail Business development support, service offerings & trusted partner network The future of 3D printing
EVONIK DRIVING 3D PRINTING AT SCALE EVONIK MAKES LIFE BETTER DAY IN, DAY OUT Our 33,000 employees are driven by one idea: No product is that perfect, that you can‘t improve it. To make it happen, we go beyond chemistry. Turning waste into green energy or polymers into infinite 3D printed applications. That‘s specialty chemicals. And that‘s where we are among the best in class. INDUSTRY PIONEER FOR POLYMER-BASED 3D PRINTING MATERIALS. Evonik, one of the world‘s best specialty chemical companies, has been working for more than 50 years on the devel- opment of high-performance polymers that are suitable for an almost unlimited range of applica- tions. GOLD STANDARD PA12 Our powder materials for Additive Manufacturing (e.g.; PA12, PA613, TPA) are recognized as gold standard by the industry and have been used in 3D printing for more than 25 years. ONE-STOP SHOP With the introduction of INFINAM® photopolymer resins, Evonik is now offering the broadest range of materials serving powder-based technologies (PBF), light curing res- ins for stereolithography (SLA) & digital light pro- cessing (DLP), as well as specialty materials for extrusion-based printing technologies (FDM) used in medical applications. 3
WE ARE WHERE YOU ARE 3 2 1 5 4 Tech-Centers for INFINAM® Americas 1) Austin, Texas, United States of America 2) Allentown, New Jersey, United States of America Tech-Center for INFINAM® Europe 3) Marl, Germany Tech-Centers for INFINAM® Asia 4) Singapore, Singapore 5) Shanghai, China ENGAGEMENT PLATFORMS FOR 3D PRINTING MATERIAL DEVELOPMENT Customer intimacy is key and by working closely with you, we continually stay ahead of the latest trends & issues impacting the Addi- tive Manufacturing market, enabling us to pro- actively develop breakthrough products & innovative solutions to answer changing market demands.
MEETING THE CHALLENGES OF TODAY & TOMORROW Evonik is working on innovative materials & processes, providing solutions for better cost efficiency and more environ- mentally friendly systems, as well as materials that are more resistant to chemical or mechanical stresses. Our developments focus on four key drivers: Sustainable materials in scale, cost-efficient printing, application-spe- cific materials and open business models. The competencies that have fueled success for Evonik and its customers are as varied as the many different applica- tions of the Additive Manufacturing industry. 4 Sustainable materials in scale Cos prin Sustainability is THE topic of Cost pe the moment. We are committed ant de to move it from an academic custom niche to industrial scale. Only if Manuf materials are available in large industr quantities the market will grow we foc beyond prototyping. ment o ing tech
Cost-efficient printing Application- specific materials Open business models st per part is the most import- Industrial applications are way We are actively working on a t decision making point for our more demanding, than prototyp- collaborative Additive Manufac- tomers. To establish Additive ing. To accelerate adaption of 3D turing ecosystem, where all part- anufacturing as a standard printing, application-specific ners contribute with their ustrial production method, materials are required, to cover expertise. We also grant our cus- e focus our material develop- all of your needs. Beyond tomers access to this network. nt on high-throughput print- mechanical performance - we technologies, only. are adding functionality to our photopolymer resins.
DRIVING PHOTOPOLYMER-BASED 3D PRINTING AT SCALE 5
Additive Manufacturing is entering the world stage of personalization & mass production of industrial parts. It is fast, infinite in design, local & digital. To fully unleash the possibilities of 3D printing, application-driven high-performance materials are required.
GUIDANCE: NOT SURE WHERE TO START? 6
High-performance photopolymer resins for industrial production Evonik entered the 3D printing market for photopolymer resins to upend the limitations which pre- vent the manufacturing industry to widely adopt Additive Manu- facturing as a reliable method for end-use part production. We are committed to support your journey toward Additive Manufac- turing on a production scale with our INFINAM® photopolymer resin product range. With our portfo- lio we are covering many aspects, including properties such as high impact, high-temperature resistance, and even elastomeric behavior. From a chemical point of view, pho- topolymer resins are closely related to irradiation curing coatings, where the coating film can be considered as the first layer of a 3D printed ob- ject. Research in the area had been conducted since the 1970s, but the term stereolithography (SLA) was coined by Chuck Hull in 1984 when he applied for a patent on the pro- cess, which was granted in 1986. The 3D printing process involves curing with a laser, which makes the process rather slow. A significant improvement has been made, when the light source was exchanged by a diode projector, where the full layer is printed in one go. This vat photopolymerization technology is called digital light processing (DLP). Instead of an DLP projector, also an LCD screen can be used as light source. At a TED talk in March 2015, Joseph DeSimone demonstrated a 3D printer prototype using a contin- uous variant of the DLP technology and produced a relatively complex object in less than 10 minutes, 100 times faster than the original SLA technology. Next to increasingly more power- ful DLP projectors of 8k or even Current Emerging Pixel-by-pixel (SLA) Layer-by-layer (DLP/LCD) Continuous (cDLP) Future Volumetric z z z z laser x y projector projector projector > 10 hours 2 to 4 hour(s) 0.5 to1 hour(s) < 0.5 hour(s) Epoxies, acrylates Acrylates, methacrylates Acrylates, methacrylates Acrylates, methacrylates Formlabs Asiga, Nexa3D Carbon LLNL** As photopolymer 3D printing technologies mature, chemistries are changing accordingly
Key features of the INFINAM® photopolymer resin portfolio For a more details, please refer to the respective Technical Data Sheet Properties INFINAM® RG 2000 L INFINAM® RG 3101 L INFINAM® RG 7100 L INFINAM® ST 6100 L INFINAM® TI 5400 L INFINAM® FL 6300 L2 Comparable Thermoplastics from injection molding Printing technology1 [DLP | LCD | SLA] Color - ABS ABS ABS GF Nylon PP TPA ▯|○|○ ▯|▯|▯ ▯|▯|○ ▯|▯|▯ ▯|▯|▯ ○|▯|▯ clear black black black white purple Wavelength [355 nm | 385 nm | 405 nm] ○|▯|○ ▯|▯|▯ ○|▯|▯ ▯|▯|▯ ▯|▯|▯ ○|▯|▯ Special feature printed material transparency highly versatile high impact high temp Cytotoxicity & Skin irritation DIN EN ISO 10993-5/23 comply comply comply comply excellent sur- face quality extremely durable Skin irritation comply comply Main Application Areas3 by industry Indoor / outdoor use based on accelerated aging both both both both indoor only both 1 DLP (Digital Light Processing), LCD (Liquid Crystal Display), SLA (Stereolithography) 2 Printable on Cubicure Printers 3 Aerospace Automotive Industrial Consumer Goods Electronics 7
12k resolution, researches already entered a new era of photopoly- mer technology. First prototypes of printers have been demonstrating the power of volumetric printing. Here, the object materializes in a non-layered fashion inside a resin tank in one piece. Designed for various platforms, INFINAM® photopolymer resins possess the mechanical properties which enable you to create applica- tions for aerospace, the automotive & transportation sector, industrial & manufacturing, medical, and con- sumer goods industries. In contrast to powder bed fusion technologies like laser sintering of polymer powders (SLS), or material extrusion techniques for polymer filaments (FDM), where the ink is basically just thermoformed, pho- topolymer-based 3D printing is changing the chemistry within the printer. This makes the whole pro- cess somewhat more complex. During the developmental phase of our resins, we pay a lot of attention on printability of our materials, as well as easiness of post-processing and long-term stability of printed parts. Evonik offers a well balanced port- folio of high-performance engineer- ing-grade INFINAM® photopolymer resins, specifically designed for industrial applications & end-use part production. In addition, we collaborate with industry leaders and equipment manufacturers for 3D printers, as well as post-processing unit sup- pliers, to ensure our materials are validated within a qualified industrial workflow. Automotive Engineering Parts INFINAM® ST 6100 L 100 1 INFINAM® RG 3101 L INFINAM® RG 2000 L Rigid plastic 2 4 3 INFINAM® RG 7100 L INFINAM® TI 5400 L Elastomers 6 80 60 40 20 ] a P M [ h t g n e r t S e l i s n e T INFINAM® FL 6300 L 5 0 50 100 150 200 250 Elongation at break / Density ratio Visualization of INFINAM® photopolymer material portfolio Tough & Durable Seals & Gaskets Shoes
ST 6100 L Phoenix EXCELLENT MECHANICAL STRENGTH MEETS HIGH TEMPERATURE RESISTANCE Many industrial applications require materials, which can withstand higher temperatures. Especially above 100 °C, photopolymer resin offerings get scarce. Evonik intro- duced INFINAM® ST 6100 L to fill this gap in the mate- rial landscape. This makes it easy to select for the respective applica- tions. The high temperature resistance allows for use in areas like jigs & fixtures, connectors & brackets, housings & assemblies, as well as short term molds for small series injection molding parts. Suitable for various SLA and DLP printing technologies, the black colored material is fast curing and easy to pro- cess. It convinces also due to the fact that printed parts can be machined easily after post-processing. INFINAM® ST 6100 L compares well to standard injec- tion molding materials like glass filled nylons , e.g.; PA6. 8
IN A NUTSHELL High strength Low shrinkage Machinable Excellent thermal stability Selected parameters & thermomechanical properties1 For a more details, please refer to the Technical Data Sheet Properties Unit Value Liquid Density, 25°C ASTM D1475 Viscosity, 25 °C / 1 Hz ASTM D4287 Color - Tensile Modulus ASTM D638 g/cm3 1.10 mPa*s 450 ± 50 - black MPa 3200 ± 200 Ultimate Tensile Strength ASTM D638 MPa 90 ± 3 Elongation at Break ASTM D638 Flexural Modulus ASTM D790 % 5 ± 2 MPa 3300 ± 100 Flexural Stress at 5% Strain ASTM D790 MPa 135 ± 5 Izod Notched impact ASTM D256 J/m 20 ± 5 HDT (0.455 MPa, 1.82 MPa) ASTM D648 Tg (tan d)3 ASTM D4065 Shore D Hardness ASTM D2240 °C °C - Water Absorption (24 h, 168 h) ASTM D570 % 120 ± 5 / 93 ± 2 140 ± 3 90 ± 2 0.3 / 0.4 Cytotoxicity & Skin Irritation DIN EN ISO 10993-5/23 - comply 1 Data obtained from material characterization of test speci- mens printed on a DLP printer (405 nm, 11 mW/cm2, layer exposure time 4 s, layer thickness 100 μm) 2 Heat Deflection Temperature 3 Glass Transition Temperature
RG 3101 L Phabulous BALANCED THERMO- MECHANICAL PROPERTIES MEETS EASE OF PROCESSING Many industrial applications require high impact strength combined with high temperature resistance, as it is known from ABS materials. Photo-curing materials, avail- able so far, provide the necessary mechanical perfor- mance while having insufficient longterm stability of the printed objects. This leads to failure of parts, which are subjected to high impact loads. The fully cured material combines excellent impact resis- tance with high temperature behavior while exhibiting long-lasting thermomechanical performance. Compo- nents printed from INFINAM® RG 3101 L, such as drone parts, buckles, or automotive parts, can be machined and remain fracture-resistant even when subjected to strong forces. Evonik brings this special combination of material proper- ties into life with the INFINAM® RG 3101 L photopoly- mer for vat polymerization 3D printing. This new resin is a black colored liquid photopolymer formulation, which is fast-curing and easy to process. 9 INFINAM® RG 3101 L can be processed on most DLP, LCD and SLA platforms.
Selected parameters & thermomechanical properties1 For a more details, please refer to the Technical Data Sheet Properties Unit Value Liquid Density, 25°C ASTM D1475 Viscosity, 25 °C / 1 Hz ASTM D4287 Color - Tensile Modulus ASTM D638 g/cm3 1.07 mPa*s 1700 ± 250 - black MPa 2100 ± 200 Ultimate Tensile Strength ASTM D638 MPa 52 ± 5 Elongation at Break ASTM D638 Flexural Modulus ASTM D790 % 30 ± 10 MPa 2100 ± 40 Flexural Stress at 5% Strain ASTM D790 MPa 82 ± 2 Izod Notched impact ASTM D256 J/m 45 ± 5 HDT (0.455 MPa, 1.82 MPa) ASTM D648 Tg (tan d)3 ASTM D4065 Shore D Hardness ASTM D2240 °C °C - Water Absorption (24 h, 168 h) ASTM D570 % 80 ± 3 / 60 ± 2 106 ± 3 80 ± 2 0.9 / 1.7 Cytotoxicity & Skin Irritation DIN EN ISO 10993-5/23 - comply 1 Data obtained from material characterization of test speci- mens printed on a DLP printer (405 nm, 11 mW/cm2, layer exposure time 4 s, layer thickness 100 μm) 2 Heat Deflection Temperature 3 Glass Transition Temperature IN A NUTSHELL Excellent mechanical values Superior impact resistance High temperature resistance Ease of processing
RG 2000 L Phisible HIGH OPTICAL CLARITY MEETS EXCELLENT IMPACT RESISTANCE One of the most persistent myth in the photopolymer- based 3D printing world, is the belief that transparent printed parts are prone to turn yellow. In addition, it is believed that the parts get brittle easily, when subjected to direct sunlight . New product development at Evonik is dedicated to overcome these myth and to solve those challenges of the manufacturing industry. Therefore, target applications are defined during the development process of new pho- topolymers, to assure best performance at our customers. The development cycle also includes a beta testing phase with end-customers to ensure high quality. 10 INFINAM® RG 2000 L has been designed for the fast-developing eye wear market, where there is an enor- mous interest in novel material solutions. The material compares to ABS but having a transparent feature. Printed parts show superior clarity even after prolonged accelerated aging. Only limited yellowing of the printed objects can be observed. INFINAM® RG 2000 L is pro- cessable best on most common 385 nm DLP systems.
Selected parameters & thermo-mechanical properties1 For a more details, please refer to the Technical Data Sheet Properties Unit Value Liquid Density, 25°C ASTM D1475 Viscosity, 25 °C / 1 Hz ASTM D4287 Color - Tensile Modulus ASTM D638 g/cm3 1.03 mPa*s 3000 ± 250 - clear MPa 1900 ± 100 Ultimate Tensile Strength ASTM D638 MPa 50 ± 10 Elongation at Break ASTM D638 Flexural Modulus ASTM D790 % 52 ± 15 MPa 1900 ± 50 Flexural Stress at 5% Strain ASTM D790 MPa 80 ± 3 Izod Notched impact ASTM D256 J/m 45 ± 10 HDT (0.455 MPa, 1.82 MPa) ASTM D648 Tg (tan d)3 ASTM D4065 Shore D Hardness ASTM D2240 °C °C - Water Absorption (24 h, 168 h) ASTM D570 % 80 ± 5 / 63 ± 3 107 ± 3 85 ± 2 0.4 / 0.9 Cytotoxicity & Skin Irritation DIN EN ISO 10993-5/23 - comply 1 Data obtained from material characterization of test speci- mens printed on a DLP printer (385 nm, 9 mW/cm2, layer exposure 2 s time, layer thickness 100 μm) 2 Heat Deflection Temperature 3 Glass Transition Temperature IN A NUTSHELL Clear & non-yellowing Tough & ductile Low water absorption Skin-safe
TI 5400 L Phippo HIGH TOUGHNESS MEETS HIGH DURABILITY As in many parts of our daily life, also for Additive Manu- facturing there is no one-size-fits-it all. Having started in the prototyping world, there are many general-purpose photopolymer resins available. But, if your production challenge needs more specific requirements, those resins are of no use. INFINAM® TI 5400 L is an example of an application- focused product development. With this formulation, Evonik is responding to customer requests, especially from the Asia region, to offer a photopolymer resin for the rapidly growing market of limited edition designer toys. 11 The white colored material, comparable to polypropyl- ene, is ideal for objects with the need for a high level of detail and excellent surface quality which are virtually indistinguishable from comparable injection-molded parts. The fully cured INFINAM® TI 5400 L material combines excellent impact strength with high elongation at break and exhibits long-lasting thermomechanical performance.
Selected parameters & thermomechanical properties1 For a more details, please refer to the Technical Data Sheet Properties Unit Value Liquid Density, 25°C ASTM D1475 Viscosity, 25 °C / 1 Hz ASTM D4287 Color - Tensile Modulus ASTM D638 g/cm3 1.07 mPa*s 1050 ± 150 - white MPa 1500 ± 200 Ultimate Tensile Strength ASTM D638 MPa 40 ± 5 Elongation at Break ASTM D638 Flexural Modulus ASTM D790 % 210 ± 20 MPa 1100 ± 200 Flexural Stress at 5% Strain ASTM D790 MPa 44 ± 5 Izod Notched impact ASTM D256 HDT (0.455 MPa) ASTM D648 Tg (tan d)3 ASTM D4065 Shore D Hardness ASTM D2240 Water Absorption (24 h) ASTM D570 Skin Irritation DIN EN ISO 10993-23 J/m 30 ± 5 °C °C - % - 55 ± 3 101 ± 3 80 ± 2 5.5 comply 1 Data obtained from material characterization of test speci- mens printed on a DLP printer (405 nm, 2.4 mW/cm², layer exposure time 2.4 s, layer thickness 100 μm) 2 Heat Deflection Temperature 3 Glass Transition Temperature IN A NUTSHELL High toughness Precision & nice details Great ductility Excellent surface quality
RG 7100 L Phower EXCEPTIONAL HIGH IMPACT STRENGTH MEETS LOW WATER UPTAKE isotropic properties and low moisture absorption. Printed parts made of INFINAM® RG 7100 L have been used for applications with industries like automotive, heavy machinery, as well as within the energy & utility sector. Based on market feedback, we identified the need of part producers for a photopolymer material which is compara- ble to thermoplastic materials like ABS. Since there are many ABS blends available, there is also the need for a selection of rigid materials in our INFINAM® portfolio. INFINAM® RG 7100 L can be used in high-throughput printer systems. The printed parts exhibit fine features such as smooth and glossy surfaces, thus making the new photopolymer ideal for demanding design visualizations. The black colored formulation was specifically developed for DLP printers and enables the production of parts with 12
Selected parameters & thermomechanical properties1 For a more details, please refer to the Technical Data Sheet Properties Unit Value Liquid Density, 25°C ASTM D1475 Viscosity, 25 °C / 1 Hz ASTM D4287 Color - Tensile Modulus ASTM D638 g/cm3 1.07 mPa*s 4870 ± 320 - black MPa 1500 ± 100 Ultimate Tensile Strength ASTM D638 MPa 50 ± 5 Elongation at Break ASTM D638 Flexural Modulus ASTM D790 % 48 ± 5 MPa 1400 ± 100 Flexural Stress at 5% Strain ASTM D790 MPa 55 ± 3 Izod Notched impact ASTM D256 J/m 80 ± 10 HDT (0.455 MPa, 1.82 MPa) ASTM D648 Tg (tan d)3 ASTM D4065 Shore D Hardness ASTM D2240 Water Absorption (24 h, 72 h) ASTM D570 Cytotoxicity & Skin Irritation DIN EN ISO 10993-5/23 °C °C - % - 66 ± 5 / 52 ± 3 105 ± 5 81 ± 3 1.1 / 2.8 comply 1 Data obtained from material characterization of test speci- mens printed on a DLP printer (405 nm, 11 mW/cm², layer exposure time 4 s, layer thickness 100 μm) 2 Heat Deflection Temperature 3 Glass Transition Temperature IN A NUTSHELL Excellent weatherability Low water absorption Exceptional impact strength Superb surface finish
FL 6300 L Sisi OUTSTANDING ENERGY DISSIPATION MEETS PERFECT DURABILITY There is a huge market for elastomers, which are used in manifold applications across all industries. Main applica- tion areas are for dampening purposes. Often the parts are required to withstand hot & cold weather conditions. The lack of durability and long-term performance has been a road block for successful introduction of photo- polymer- based materials in this market segment. INFINAM® FL 6300 L is our flexible & elastomeric resin and has been developed in collaboration with Cubicure GmbH, Vienna, for their Hot LithographyTM process. Its superior strength, rebound behavior, and tear resistance, has been proven in extensive durability testing, even at 13 temperatures as low as -10 °C. INFINAM® FL 6300 L offers the highest performance for dynamic impact absorption and strain rate sensitivity applications such as footwear, bike saddles, and cushioning pads. INFINAM® FL 6300 L is similar to commercial energy dissipation foam materials when compared in impact tests, thus making this material a great alternative to tra- ditional foam applications. It works on Caligma® and Cerion® machines of Cubicure GmbH.
IN A NUTSHELL Perfect energy dissipation Excellent durability High tear strength Extremely low Tg Selected parameters & thermo-mechanical properties1 For a more details, please refer to the Technical Data Sheet Properties Unit Value Liquid Density, 25°C ASTM D1475 Viscosity, 25 °C / 1 Hz ASTM D4287 Color - Tensile Modulus ASTM D638 Ultimate Tensile Strength ASTM D638 Elongation at Break ASTM D638 Tear Strength ISO 34 Bayshore Rebound Resilience ASTM D2632 Ross Flex Fatigue2 ASTM D1052 Compression set ISO 815-1 Tg (tan d)3 ASTM D4065 Shore A Hardness ISO 868 Water Absorption (24 h, 30 d) ISO 62 Cytotoxicity & Skin Irritation DIN EN ISO 10993-5/23 g/cm3 1.15 mPa*s >5000 - purple MPa MPa 42 10 % 200 MPa % - % 42 33 >400 000 36 °C 107 - % - 85 0.7 / 1.6 comply 1 Data obtained from material characterization of test speci- mens printed on a Caligma printer (385 nm, 9 mW/cm2, layer exposure 2 s time, layer thickness 100 μm) 2 Notched, 100 cycles/min, 60°C bending (23 °C) 3 Glass Transition Temperature
CHALLENGING SITUATION: DO YOU NEED FRESH IDEAS? The INFINAM® team has a proven track record for handling 3D printing projects on indus- trial scale. We offer expert level support along the value chain and the team is waiting to get in contact with you. ... LET OUR BUSINESS DEVELOPMENT EXPERTS FIGHT FOR THE BEST SOLUTION Our Business Developers will help you in your concept phase with part selection & viability assessment. With our end-use centric and technology agnostic approach we will determine the best material solution for your need. Through our vast network of service providers for 3D printing and the close contact to the printer OEM, we can bridge the gap between small serial pro- duction, till an own part produc- tion is established at your place. 14
Concept Development Manufacturing Large-scale transfer production
POST PROCESSING: KEY TO YOUR SUCCESS Printing Washing Support Post-curing removal 15
THE JOB IS NOT DONE AFTER PRINTING... Printing an object is just the first step in a long process chain. In our application lab, we run most of the leading 3D printer brands, as well as the respective post-processing units. We also have in-house capa- bilities for exhaustive mechanical testing. Our applied technology experts support you in each aspect, to reach the best performance. OUR SERVICE OFFERINGS Material validation on major printer types Post-processing workflow adjustments Compatibility tests for chemical resistance Printed samples Special certifications & measurements
START YOUR JOURNEY: GET IN TOUCH WITH INFINAM® MAT N STRONG PARTNER NETWORK WITH A GLOBAL REACH GRANTS ACCESS TO OUR INFINAM® PHOTOPOLYMERS Especially in the fast developing Additive Manufacturing industry, close collaborations are needed to create synergies & a more appealing product offering. That is why we work together with a range of care- fully selected partners. Our trusted partners cover all aspects of 3D printing, starting with advisory for your best Additive Manufacturing approach or services which help you to select the right applications to print & optimize your carbon footprint. For those who are new to the busi- ness, we connect you with partners providing strong expertise in appli- cation development & production design. These partners will also guide you safely through the Addi- 16
ATERIALS W tive Manufacturing technology jun- gle, which includes state-of-the-art post-processing methods. In case, you are interested in printed parts only, our trusted & professional manufacturing part- ners provide high quality, according to industry standards - from small batches to even large-scale part production. To ensure the best & most reliable handling of our INFINAM® photo- polymer resins, we follow a struc- tured on-boarding process where we identify the capabilities and capacities of our partners first. Thereafter, we provide constant product training and support them in any possible way, to guarantee you the best results. REVOLUTIONIZE YOUR SUPPLY BY MANUFACTURING ON-DEMAND, ON THE SPOT & IN RECORD TIME!
STRONG PARTNER NETWORK CREATING VALUE JOIN THE EVONIK PARTNER PROGRAMM WITH YOUR EXPERTISE abcr, is a full-service provider of special chemicals. They know best how to handle our INFINAM® materials and are able to ship our products globally within a few working days. CASTOR’s software analyzes your parts technically & economically to identify the optimal material & technology combinations to ratio- nalize your Additive Manufacturing decisions. As our partner for future-oriented 3D printing solutions and applica- tion development, the technology and strategy consultancy service provider Dreigeist takes your com- pany to the next level of produc- tion technology. Eye2Eye offers a suit of advanced manufacturing software & hard- ware solution for 3D printing, reverse engineering, product repair and design optimizations. They are covering the South-East Asia region. PartsToGo services include ap- plication development, as well as supply with printed INFINAM® parts from small to large lot sizes. They can bridge the gap between initial parts demand and setting-up your own production. ProductionToGo is your certified 3D printing reseller for industri- al and professional 3D printing solutions in Europe. The range of hardware, software and services complements the Evonik material offerings. Replique’s Additive Manufacturing platform empowers you to shift from a physical to a digital inven- tory and provide parts on demand, worldwide. Evonik is trusted mate- rial partner. UnionTech is one of the leading printer manufacturers in the field of light-curing technologies. They are our strong Asian partner and bring expertise in printing hard- wear, as well as part production. 17
INFINAM® photopolymer resin printer compatibility1 For a more details, please refer to the respective Technical Data Sheet Printer OEM & printer model INFINAM® RG 2000 L INFINAM® RG 3101 L INFINAM® RG 7100 L INFINAM® ST 6100 L INFINAM® TI 5400 L INFINAM® FL 6300 L Asiga Max UV, PRO 4K Atum 3D DLP Station 5 Axtra3D Lumia X1 Carima DM400, DM4K Cubicure Caligma, Cerion Desktop Metal Einstein Pro XL, Extreme8K, Envi- sion One Genera F2, G2, G3 HeyGears A2D 4K Nexa3D NXE 400Pro, XiP Octave Light R1 Rapidshape i50+ Rayshape Shape 1+ Stratasys Origin One UnionTech (DLP) Cute 380, S300, π200 UnionTech (SLA) Pilot250, Lite100, Lite450 Uniz NBEE W2P SolLab 370 ▯ ▯ ○ ▯ - ○ ▯ ○ ○ ▯ ▯ - ▯ ▯ ○ ○ - ▯ ▯ ▯ ▯ - ▯ ▯ ○ ▯ ▯ ○ ▯ ▯ ▯ ▯ ▯ ▯ ▯ ▯ ○ ○ ▯ ○ - ○ ▯ ▯ - ▯ ▯ ▯ ○ ▯ - ▯ ▯ ▯ ▯ - ▯ ▯ ▯ ▯ ▯ ○ ▯ ▯ ▯ ▯ ▯ ▯ - ○ ○ ○ - ○ ▯ ▯ ▯ ▯ - - ▯ ▯ ▯ ○ - - - - - ▯ - - - - - - - - - - - - 1Status: ▯|○ validated/preliminary validated by printer OEM; ▯|○ validated/preliminary validated by Evonik
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THE FUTURE OF 3D PRINTING. NOTHING IS AS CERTAIN AS CHANGE. THUS, ALSO 3D PRINTING IS UNDER CONSTANT DEVELOPMENT. IT IS GOOD TO HAVE A TRUSTFUL PARTNER WHO CAN ACCOMPANY YOU IN CHALLENG- ING TIMES As technology continues to advance at an unprecedented rate, the future of manu- facturing has never been brighter. One area that is particularly exciting is the world of 3D printing photopolymer res- ins. With its ability to create complex shapes & intricate designs, it is poised to revolutionize the way we produce every- thing from medical implants to automo- tive parts. But what does the future hold for this groundbreaking technology? The possi- bilities are endless. As Evonik is exploring new materials & techniques, we can expect to see even more advanced and versatile 3D printing photopolymer resins emerge. From self-healing materials to biodegradable options, the future is both exciting and limitless. #infinitymeetsreality
TEST YOUR USE CASE WITH OUR MATERIALS. 19
This information and all further technical advice are based on our present knowledge and experience. However, it implies no liability or other legal responsibility on our part, including with regard to exist- ing third party intellectual property rights, especially pat- ent rights. In particular, no warranty, whether express or implied, or guarantee of prod- uct properties in the legal sense is intended or implied. We reserve the right to make any changes according to tech- nological progress or further developments. The customer is not released from the obliga- tion to conduct careful inspec- tion and testing of incoming goods. Performance of the product described herein should be verified by testing, which should be carried out only by qualified experts in the sole responsibility of a cus- tomer. Reference to trade names used by other compa- nies is neither a recommenda- tion, nor does it imply that similar products could not be used. INFINAM® is a registered trademark of EVONIK INDUS- TRIES AG or its subsidiaries. / EVONIK OPERATIONS GMBH High Performance Polymers Paul-Baumann-Straße 1 45764 Marl Germany EVONIK CORPORATION High Performance Polymers 2 Turner Place Piscataway, NJ 08854 United States of America EVONIK SPECIALTY CHEMICALS (SHANGHAI) CO. , LTD. High Performance Polymers 55, Chundong Road Shanghai, 201108 China www.infinam.com For global small-volume INFINAM® photopolymer requirements, please contact: abcr GmbH Im Schlehert 10 76187 Karlsruhe Germany infinam@abcr.de www.abcr.de For INFINAM® distribution in Europe, UK, Norway & Swit- zerland, please contact: ProductionToGo GmbH Reutäckerstraße 7 76307 Karlsbad Germany info@production-to-go.com www.production-to-go.com For INFINAM® distribution in South East Asia please contact: Eye-2-Eye Pte Ltd 701 Sims Drive #02-01 LHK Building Singapore 387383 Singapore sales@eye2eye.com.sg www.eye2eye.com.sg For INFINAM® distribution in China please contact: Shanghai Union Technology Corporation Songjiang High Science & Technology Park 201612 Shanghai China hello@uniontech3d.com www.uniontech3d.com