ACAM Seminar Program 2016

Seminar Program 2016

Registration

I hereby register for the following seminars 2016* (please mark):

23 June 2016 Innovation Day Additive Manufacturing

7 July 2016 AM for Polymers: Basics and Hands-On Training

1 September 2016 Design for SLM – Hands-On

Training with Special AM-Software

4 October 2016 Design for SLM – Hands-On Training

with Common CAD-Software

17 October 2016 Powder Bed Based Laser Melting Starter Training

18 October 2016 Powder Bed Based Laser Melting Advanced Training

23 November 2016 Basics in LMD Technology

24 November 2016 Polymer Based AM for Prototype

Tooling – Industrial Applications

1 December 2016 Potentials of the Powder Based AM

Process Selective Laser Melting

7 December 2016 AM Based Industrial Process Chains

13 December 2016 Additive Fertigung in der Gießerei-Industrie

(Seminar in German only)

More information atwww.acam-aachen.de

*Each seminar: 645,- € (plus VAT), 15 % discount for ACAM Business Partners

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16

Aachen Center for Additive Manufacturing

Steinbachstraße 15

52074 Aachen

Phone +49 241 8906-8689

Fax +49 241 8906-8688

E-mail [email protected]

www.acam-aachen.de

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Über uns

Das Aachen Center for Additive Manufacturing (ACAM) bietet Zugang zu innovativem Know-how, Beratungs- und Schulungs-leistungen, Prozess-, Software- und Systemtechnik sowie maß-geschneiderte Serviceleistungen rund um die Additive Fertigung (engl. Additive Manufacturing, AM). Wir qualifizieren Ihre Mitar-beiter, um erfolgreich die Herausforderungen der zukünftigen industriellen Produktion zu meistern. In starken Partnerschaften zwischen F & E Instituten am Standort Aachen und national wie auch international agierenden Unternehmen entwickeln wir stra-tegische Roadmaps und unterstützen Sie darin, das Potential der Additiven Fertigung für Ihr Geschäftsfeld auszuschöpfen.

Unser Ziel ist es dabei stets, Ihre Anforderungen bestmöglich zu erfüllen. Möglich ist das, da ACAM als gemeinsame Initiative zahl-reicher Forschungspartner am Standort Aachen auf ein einzigarti-ges Portfolio an Ressourcen und Expertenwissen zugreifen kann. Als gemeinsame Plattform für die Additive Fertigung hat ACAM den Auftrag, für seine national und international agierenden Mitgliedsfir-men ein umfassendes Leistungsspektrum entlang der Wertschöp-fungskette anzubieten. Je nach gewünschter Intensität der Zusam-menarbeit können Unternehmen zwischen drei Mitgliedsformen auswählen: Einer Basispartnerschaft, einer Businesspartnerschaft und einer Kooperationspartnerschaft. Auch Unternehmen, die nicht am ACAM Partnernetzwerk teilnehmen, können das Weiterbil-dungsangebot des ACAM nutzen.

Die Seminare können nach Absprache auch als Inhouse Semina-re bei Ihnen Vorort durchgeführt werden. Wir freuen uns, Sie zu einem unserer ACAM Seminare begrüßen zu dürfen.

Mehr Informationen unterwww.acam-aachen.de

About us

ACAM Aachen Center for Additive Manufacturing provides access to innovative know-how, consultancy and training, process, soft-ware and systems engineering as well as customized services on Additive Manufacturing (AM) technologies. We qualify your staff to meet challenges the industry will face in the future. In strong partnerships, we develop strategic roadmaps and place Additive Manufacturing in your production environment.

We are driven to meet your needs in the best possible way. We do this by providing access to the key resource: versatile know-how. However, since this is typically spread over various entities, users are faced with a challenge to get the information required and to use AM processes economically. This is where ACAM steps in. ACAM is mandated by its founding partners to provide an integrated range of services along the entire value chain for its member companies from all relevant industries. To help our members choose the kind of services they need, ACAM has set up several membership models. Members can choose between a Basic, a Business and a Cooperation Partner status depending on their commitment to a joint and strategic cooperation.

Seminars are also open to companies which are not participating as a partner in the ACAM community. Beyond that, seminars can also be organized as individual In-house training at your place. We are looking forward to welcoming you in one of our seminars.

More information atwww.acam-aachen.de

Chair for Laser Technology (LLT)Your Partner for Laser Based Production Technology and Fundamentals of Mechanical Engineeringwww.llt.rwth-aachen.de

WZR ceramic solutions Your Partner for Binder Jet Printing and AM Applications in Foundry Industrywww.wzr.cc

KEX Knowledge Exchange AGYour Partner for Knowledge and Information Managementwww.kex-ag.com

Laboratory for Machine Tools and Production Engineering (WZL) Your Partner for Production Engineeringwww.wzl.rwth-aachen.de

Aconity3D Your Partner for laboratory LBM Equipment, Testing Facilities & Trainingwww.aconity3d.com

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Organizer

Fraunhofer Institute for Laser Technology ILTYour Partner for Laser MaterialProcessingwww.ilt.fraunhofer.de

Fraunhofer Institute for Production Technology IPTYour Partner for Production Technologywww.ipt.fraunhofer.de

Chair for Production Engineering of E-Mobility Components (PEM)Your Partner for Polymer Based Additive Manufacturing in Product Developmentwww.pem.rwth-aachen.de

Institute for Toolless Fabrication (IWF) Your Partner for Metal and Polymer Based Additive Manufacturingwww.iwf-research.com

Access e.V.Your Partner for Materials Modeling and Analytics www.access.rwth-aachen.de

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Innovation Day Additive Manufacturing

Speaker(s):Toni Drescher, Fraunhofer IPT/ KEX AG/ INC Invention CenterDr.-Ing. Stefan Tönissen, KEX AGMatthias Vaterrodt, Fraunhofer IPT

What does additive manufacturing mean? How will additive manufacturing influence your company’s production process and products in the near future? Will additive manufacturing become an opportunity or a threat within your line of business?

Additive manufacturing offers new performance potentials on technology as well as on process side. We are going to point out how you are able to include it target-oriented into your production, products and services.

The aim of the innovation day is to qualify you to derive the appli-cation potential of additive manufacturing for your company and to identify specific implementation potentials. The focus of this innova-tion day is a practice-oriented introduction, which is based on the findings from science and research, as well as years of consulting experience of Fraunhofer IPT and KEX Knowledge Exchange AG. With the help of case studies a methodology is offered to you, which enables you to implement the findings obtained in your own company and therefore set free unused potential.

Additive manufacturing is shaping the production and products of the future – find out what it means for your company!

A seminar for… Professionals and managers of technology oriented companies, particularly in the field of research and development, plant man-agement, technology management and corporate development.

Agenda 23 June 2016, Aachen

09.00 Welcoming and Short Introduction of the ACAM

09.15 Additive Manufacturing – The Next Big Thing? n Expectations on AM and its Impacts n Current Performance Boundaries of AM

10.15 Break

10.30 Materials – Processes – Process Chains n Materials for AM n Processes of AM – from SLM to CLIP

11.30 Applications and Markets n Total Market of AM – Current Size and Growth Potentials

12.30 Lunch Break

13.30 Profitability and Identification of Suitable Components n Methodical Component Screening n The Setup of a Technology Study

14.00 Workshop Part 1 n Derivation of Product Based Performance Potentials of AM for Your Components

15.30 Break

15.45 Workshop Part 2

16.45 Summary & Lessons Learned 17.00 End of Event

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AM for Polymers: Basics and Hands-on

Speaker(s):Dawid Ziebura, Fraunhofer ILTLaura K. Thurn, IWF GmbH

3D printing is about to revolve the way we design and make products. Therefore it is essential for those technically interested in this field to understand the capability, the challenges and the drawbacks of this technology.

The course of lectures will give you an overview about the variety of different 3D printing processes for plastics. You will learn to evaluate the possibilities and disadvantages to choose the right process, material and machine for your applications.

The process chain of 3D printed parts begins with the concep-tion and design, followed up by the data-handling, the chosen printing process and ends up with the post processing. You will get in touch with the different machines and processes (Hands-on) to print plastics. A comprehensive round-up and you will get a feeling how to realize your own projects and applications with the 3D printing technology.

A seminar for… Newcomers in AM and Product Developers.

Agenda 7 July 2016, Aachen

09.00 Welcoming and Short Introduction of the ACAM

09.15 Basics of Additive Manufacturing Classification of 3D Printing, Potentials and Boundaries

09.45 Applications and Industrial Implementation

10.45 Break

11.00 Best Practice: How to Implement 3D Printing Successfully

12.00 ACAM – The Aachen Center for Additive Manufacturing n Development of an International AM Community n Consortial and Bilateral R & D Projects n Strategic Training and Development for Experts and Managers

12.30 Lunch Break

13.30 Hands-On: Working with the Printers Learn the Steps to Print Your Product Idea n Virtual Design n Using the Software n Handle the Printer n Print Your Idea n Postprocessing

15.30 Open Discussion: How to Integrate 3D Printing in Your Company 17.00 End of Event

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Design for SLM – Hands-OnTraining with Special AM-Software

Speaker(s):Alexander Schwarz, IWF GmbH

The use of Additive Manufacturing for the manufacturing of metal components is only useful, if its full potential is unleashed. There-fore a new way of part design has to be established, as the pro-duction of conventional designed parts could not be economical with AM in comparison to subtractive manufacturing methods. In this seminar the participants will learn how special AM-software could support their design workflow and which advantages they offer in comparison to common CAD-Software.

This will include the design of lattice structures, as well as the possibility of surface structuring, creation of hollow parts and data control and reduction. To show the potential for a specific product, the design files will be required three weeks before the seminar takes place to plan and prepare the redesign of the specific part.In coordination with the costumer it will be possible, that the par-ticipants bring their own laptops and change the design of a part under the advice of an SLM* design expert.

CAD-Software which could be explained:n Materialise Magicsn Materialise 3-maticn Autodesk Withinn Netfabb Professional

There will be the possibility to buy the VDI guideline 3405 part 3 with special conditions.

A seminar for… Part designers and members of the R & D department.

Agenda 1 September 2016, Aachen

09.00 Welcome and Short Introduction to the ACAM

09.15 Introduction to SLM n Basics of the Selective Laser Melting Process (SLM) n Introduction of Design Rules

10.15 Break

10.30 Software for Design of AM Parts n Materialise Magics n Materialise 3-matic n Autodesk Within

11.30 Examples for Redesigned Parts n Airbus n Fraunhofer ILT n RWTH Aachen

12.30 Lunch Break

13.30 Redesign of an Example Part n Demonstrating the Possibilities of Redesign for SLM

14.30 Break

14.45 Redesign of a Costumer Part n Redesign Done by the Speaker, or n Redesign Done by the Participants

16.45 Summary 17.00 End of Event

*SLM® is a registred trademark by SLM Solutions GmbH, Germany and Realizer GmbH, Germany

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Design for SLM – Hands-On Training with Common CAD-Software

Speaker(s):Alexander Schwarz, IWF GmbH

The use of Additive Manufacturing for the manufacturing of metal components is only useful, if its full potential is unleashed. New approaches for achieving optimized parts designs have to be established especially due to the fact that additive manufacturing of conventional designed parts does not fully exploit the capability that AM provides. In this seminar the participants will learn which new methods and features are possible with Additive Manufactu-ring and how they could be created in common CAD software.

There is the possibility to discuss individual designs provided by the participants in advanced. In order to give sufficient time for a preparation of the seminar including a redesign of your part, the design files is needed at least three weeks before the seminar. To show the potential for a specific product, the design files willbe required at least three weeks before the seminar starts, to planand prepare the redesign of the specific part.

In coordination with the costumer it will be possible, that the par-ticipants bring their own laptops and change the design of a part under the advice of an SLM* design expert.

CAD-Software which could be explained:n Autodesk Inventor, Siemens NX, Dassault Systems CATIA V5

There will be the possibility to buy the VDI guideline 3405 part 3 with special conditions.

A seminar for… Part designers and members of the R & D department.

Agenda 4 October 2016, Aachen


09.15 Introduction to SLM n Basics of the Selective Laser Melting Process (SLM) n Introduction of Design Rules n VDI 3405 Part 3

10.15 Break

10.30 Software for Design of AM Parts n Autodesk Inventor n Siemens NX n Dassault Systems CATIA V5

11.30 Examples for Redesigned Parts n Airbus, Fraunhofer ILT, RWTH Aachen

12.30 Lunch Break

13.30 Redesign of an Example Part n Demonstration of What Could be Done with Common CAD-Software

15.30 Break

15.45 Redesign of a Costumer Part n Redesign Done by the Speaker, or n Redesign Done by the Participants

16.45 Summary 17.00 End of Event


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Speaker(s):Dr.-Ing. Yves Hagedorn, Aconity3D

Additive Manufacturing (AM) gains rising interest as production technology for complex parts in small lot sizes. In this respect, especially the technology of powder bed based laser melting, also known as Selective Laser Melting (SLM)*, is increasingly applied for producing functional metal parts. At this, SLM may be applied as pacemaker technology for prompt leverage of high potential ideas and thus, reducing time to market for commercialization. However, in order to benefit from the added value this production technology brings along, in depth knowledge of the Additive eco-system is needed. The seminar “Powder Bed Based Laser Melting Starter Training” gives a first insight into AM of metal parts.

The seminar will be held by experts from Aconity3D a manufac-turer for laboratory SLM equipment with long-term experience in Selective Laser Melting.

A seminar for… Professionals and managers of technology oriented companies, particularly in the field of research and development, plant ma-nagement, technology management and corporate development. For this seminar no advanced knowledge of Additive Manufactu-ring technologies is necessary.

Powder Bed Based Laser Melting Starter Training

09.00 Welcome and Short Introduction of the ACAM and Aconity3D 09.30 Why Additive Manufacturing n Comparison of Additive Manufacturing vs. Conventional Manufacturing Methods n Overview of General Applications Applying AM

11.15 Break

11.30 Additive Manufacturing for Metals n Technology Overview n Comparison of AM Technologies n Benefits of Different AM Technologies

12.30 Lunch Break

13.30 Software Input n Which Software is Applied for Generating Machine Data

14.00 Materials n Powder Materials n Quality Assurance of Raw Material n Mechanical Properties of AM Parts

15.00 Break

15.15 Process Parameters n Which Parameters Affect the Quality of AM Parts

16.15 Summary and Final Discussion 17.00 End of Event



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Speaker(s):Dr.-Ing. Yves Hagedorn, Aconity3D

Additive Manufacturing (AM) gains rising interest as production technology for complex parts in small lot sizes. In this respect, especially the technology of powder bed based laser melting, also known as Selective Laser Melting (SLM)*, is increasingly applied for producing functional metal parts. At this, SLM may be applied as pacemaker technology for prompt leverage of high potential ideas and thus, reducing time to market for commercialization. However, in order to benefit from the added value this produc-tion technology brings along, in depth knowledge of the Additive ecosystem is needed. The seminar gives an in depths view on the applied steps for generating a metal AM part, offering hands-on training on SLM equipment. The seminar will be held by experts from Aconity3D a manufacturer for laboratory SLM equipment with long-term experience in Selective Laser Melting.

A seminar for… Professionals and managers of technology oriented companies, particularly in the field of research and development, plant ma-nagement, technology management and corporate development. For this seminar no advanced knowledge of Additive Manufactu-ring technologies is necessary.

Powder Bed Based Laser Melting Advanced Training

09.00 Welcome and Short Introduction of the ACAM and Aconity3D 09.30 Case Study Redesign for AM n Introduction of Basic Design Rules n Design for Function on an Exemplified Part

11.15 Break

11.30 Preparing a Metal AM Job n Data Preparation n Do’s and Dont’s n Safety Requirements

12.30 Lunch Break

13.30 Hands on Training n Laboratory Tour n Preparing a Job on Metal Equipment

15.00 Break

15.15 Post Processing n Overview on Post Processing Approaches

15.45 Quality Assurance n Overview on Quality Measures n Comparison on Attainable Quality Standards




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Basics in LMD Technology

Speaker(s):Marco Göbel, Fraunhofer ILT

Description By use of Laser Metal Deposition (LMD), thin coating layers or 2.5D-geometries can be deposited for repair and corrosion pro-tection. The LMD process, characterized by a low energy input, a low thermal deflection and a wide range of processable materials, is mainly used for local repair and simple additive manufactured parts. LMD is nowadays successful in use for manufacturing and repair of turbomachinery, tools or medical components.

The objective of this one day seminar is to provide an overview of the technological specifications of the LMD process and yield practical knowledge for application. Therefore, the participants learn about the actual state of the art machine tools, processable alloys, application of CAM modules and get an introduction into opportunities for repair and simple additive manufacturing. The distinct topics are presented by experts from Fraunhofer ILT.

A seminar for… Professionals and managers of technology oriented companies,particularly in the field of research and development, plant man-agement, technology management and corporate development.For this seminar no advanced knowledge of Additive Manufac-turing technologies is necessary.

Agenda 23 November 2016, Aachen

09.00 Welcome and Short Introduction of the ACAM

09.30 Technological Overview – LMD at Fraunhofer ILT

10.00 Break

10.30 LMD Basics, Block I: Handling System, Laser Source, Powder, Feeding Nozzles

12.30 Lunch Break

13.30 LMD Basics, Block II: Main Influence Parameters, Strategies, CAM-Software

15.00 Guided Tour Through the AM Laboratories at the Fraunhofer ILT and Live Demonstration of LMD

16.30 Q&A / Feedback 17.00 End of Event

Agenda 24 November 2016, Aachen

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Polymer Based AM for Prototype Tooling – Industrial Applications

Speaker(s):Dr.-Ing. Johannes Triebs, PEM, RWTH Aachen UniversitySebastian Kawollek, PEM, RWTH Aachen University

Creating molds in 12 hoursThe fast progress in AM materials and production enables the use of additively manufactured tools for polymer processing. Even injection mold tools can be manufactured additively and used for the production of prototypes and small scale series. Therefore, it is possible to use Prototype Tooling to create value in an industrial environment of molding and casting. Particularly with regard to small scale series of polymer parts AM offers a broad variety of possibilities to save production time and costs.

In this seminar different AM processes are compared regarding their capabilities in the application area of Prototype Tooling for various polymer production technologies. Polyjetting is a very suitable process for different production processes and tooling applications. Therefore, the process will be used as a reference and compared with other polymer based AM techniques. Besides the manufacturing of tools for thermoforming, vacuum casting and injection molding are discussed. Throughout the seminar the im-pact of the AM material characteristics on molds and tool design will be demonstrated.

A seminar for… Professional and managerial staff of technology oriented com-panies working in the areas of R & D, production and technical management.

09.00 Welcome and Short Introduction of the ACAM

09.15 AM Processes for Polymers with Regards to Tooling

10.15 Break

10.45 Choosing the Right Material: n Molds and Tools for PUR-RIM, Thermoforming and Injection Molding

12.15 Lunch Break

13.15 Facility Tour

14.15 Break

14.30 Design of AM Tools and Molds

15.30 Improving Tools: Coating Technologies and Texturing

16.15 Workshop on New Ways of Tooling – Creating Molds in 12 h


Potentials of the Powder Based AM Process Selective Laser Melting

Speaker(s):Sebastian Bremen, Fraunhofer ILTDaniel Heußen, Fraunhofer ILTStephan Ziegler, Fraunhofer ILT

Additive manufacturing methods, like Selective Laser Melting (SLM)*, can be a main driver for producing individualized products for nearly the same costs as mass produced products. The basic principle of Additive Manufacturing is to manufacture a part layer-by-layer, utilizing e.g. metal powder. Hereby, a three-dimensional manufacturing task can be reduced to two dimensions, so that the manufacturing costs do not depend upon the geometric com-plexity, but rather only upon the volume of the component to be built. This way, SLM provides a range of systematic advantages when is it compared to conventional manufacturing processes such as primary shaping or machining, like the opportunity of light weight construction, mass individualization or quick Time-to-market reaction.

The seminar “Potentials of the powder based AM process Selec-tive Laser Melting (SLM)” contains an overview of the process and the processable materials, main application, (economically and technological) potential of the technology as well as the freedom for the component design.

The seminar will be held by experts from Fraunhofer ILT, which has long-term experience in Selective Laser Melting.

A seminar for… Professionals and managers of technology oriented companies, particularly in the field of research and development, plant ma-nagement, technology management and corporate development.

Agenda 1 December 2016, Aachen

09.00 Welcome and Short Introduction of ACAM

09.30 Introduction to the Powder Based Additive Manufacturing (AM) Process Selective Laser Melting (SLM) n Basics and Process Principles n Procecssability of Materials n Application

11.15 Break

11.30 Potentials of Selective Laser Melting (SLM) n Design n Manufacturing n Business

12.30 Lunch Break

13.30 Design and Redesign Possibilities for Selective Laser Melting (2) n Topology Optimization n Design Rules n Lattice Structures n Innovative Design Opportunities n Software

15.00 Break

15.15 Facility Tour n Laboratories of Fraunhofer ILT


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AM Based Industrial Process Chains

Speaker(s):Dr.-Ing. Kristian Arntz, ACAM, Fraunhofer IPTSemir Maslo, Fraunhofer IPTEike Permin, Fraunhofer IPTMatthias Vaterrodt, Fraunhofer IPTMoritz Wollbrink, Fraunhofer IPT

The application of Additive Manufacturing needs the integration in process chains to become a real competitive technology in comparison to established technologies like CNC milling. Additive technologies like Selective Laser Melting (SLM)* or Laser Metal Deposition (LMD) nearly always need pre- or post-processing of a workpiece. This means that AM, in particular in industrial environ-ments and for technical parts, do not stand alone. Process chain integration of Additive Manufacturing is fundamental. It takes place on three different levels: the general trade-off between all process chain technologies (pre-processing, AM, post-processing), clam-ping and referencing of workpieces as import parts for mechani-cal consistency between different technologies as well as digital consistency, e. g. data formats.

The seminar “AM based process chains” summarizes the status-quo of the integration of AM technologies in process chains and shows where the actual challenges for the industrialization of Addi-tive Manufacturing and what is to do in the next years. It also gives an example to generate process chains meeting the requirements.

A seminar for… Professionals and managers of technology oriented companies, particularly in the field of research and development, plant ma-nagement, technology management and corporate development.



09.30 Additive Manufacturing – Drivers and Challenges n Expectations on AM and its Impacts n The Way to an Industrial Manufacturing Technology

10.30 Break

10.45 The Three Dimensions of an Additive Process Chain n Balancing of Technology Performance n Data Consistency n Clamping and Referencing of Workpieces

11.15 Basics of Clamping and Referencing – also in Context of AM n Difference Between Clamping and Referencing n Clamping and Referencing Concepts

12.15 Lunch Break

13.15 Facility Tour n Laboratories of Fraunhofer ILT and Fraunhofer IPT

14.15 Process Chain Design n Process Chain Based on Time, Costs and Technology

14.45 Break

15.00 Machine and Process Chain Selection (Workshop) n Definition of Workpieces



Additive Fertigung in der Gießerei-Industrie

Referenten:Dr.-Ing. Kristian Arntz, ACAM, Fraunhofer IPTProf. Dr. Wolfgang Kollenberg, WZR ceramic solutions GmbHDr.-Ing. Andreas Weisheit, Fraunhofer ILTMichael Mathes, ACCESS e. V.

Eine Technologie, die potentiell jeden Schritt der gießtechnischen Herstellung betrifftEs gibt viele offene Fragen für einen Gießer, wenn es um die additive Fertigung (Additive Manufacturing, AM) geht: Sind die Teile so gut wie Gussteile? Ist AM wirklich teurer und wenn ja wie lange noch? Für welche Teile rechnet sich AM? Ist das Pulverhandling ein kritischer Punkt? Abgesehen vom direkten Metalldruck können auch Sandformen, keramische Kerne, Wachs- und Kunststoffmo-delle direkt aus dem CAD System gedruckt werden. Eine Wach-spritzform kann heute für weniger als € 500,- additiv hergestellt werden. Auch hybride Fertigung als Kombination aus Guss und AM ist eine Option.

Das Seminar „Additive Fertigung in der Gießerei-Industrie“ umreißt den Stand der Technik der additiven Fertigung und bewertet die-sen in Bezug zur Gießerei-Industrie: Bedrohung oder Chance? Die relevanten Technologien werden vorgestellt und im Detail disku-tiert. Eine Gießerei berichtet über eigene Erfahrungen bei der Ein-führung der Additiven Fertigung in der Produktion. Eine Tour durch die Labore des Fraunhofer-Institutes für Lasertechnik gibt Einblicke in die Anlagentechnik und zeigt Beispiele des AM von Metallen.

Das Seminar wird gehalten von Experten von ACAM, ACCESS e.V., WZR, Fraunhofer ILT und einem Industrieunternehmen.

Ein Seminar für… Fachleute und Manager von Gießereien, speziell im Bereich Forschung und Entwicklung, Fabrikplanung, Produktionsplanung, Technologie Management und Unternehmensentwicklung.

09.00 Begrüßung und kurze Vorstellung ACAM

09.15 Additive Fertigung – Einführung (ACAM) n Einflüsse im industriellen Umfeld n Anwendungsfelder, derzeitige Grenzen und ökonomische Aspekte

10.15 Kaffeepause

10.45 Binder Jet Printing, Sand-, Keramikdruck und mehr n Drucken von Sandgussformen n Druck anderer Formen und Kerne

11.15 Additive Fertigung mit Metallen n Verfahren (SLM, LMD und EBM) n Pulver und Pulverhandling

12.15 Mittagspause

13.15 Besichtigung der Labore des Fraunhofer-ILT

14.15 Potential und Synergie-Effekte n Einsatzmöglichkeiten in der Gießerei n Wachs- und Kunststoffmodelle

14.45 Kaffeepause

15.00 Additive Fertigung – Erfahrungen aus der Industrie (NN) n Motivation n Bereiche in denen additive Technologie eingeführt wurde

16.45 Abschlussdiskussion 17.00 Ende des Seminars


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Organisation

Fee645,- € (plus VAT)15 % discount for ACAM Business PartnersThe fee includes conference documents, break refreshments and lunch. Please do not pay prior to receiving the invoice. In case of cancellation of the registration until one week prior to the event, a fee of 100,- € will be charged for administration efforts. For no-shows and late cancellation, the full price will be charged.

RegistrationKindly register by using the attached form or do so informally via E-Mail: [email protected] You will find more information at www.acam-aachen.de The number of participants is limited. The registrations will be considered by the order of their recepti-on. The organiser reserves the right to change or cancel at short notice the time or the venue of events or parts thereof.

Your contactAachen Center for Additive Manufacturing GmbHSteinbachstraße 1552074 AachenPhone +49 241 8906-8689Fax +49 241 8906-8688E-mail [email protected]

AccommodationAccommodation arrangements can be made at:aachen tourist service e. v.Postfach 10 22 5152022 AachenPhone +49 241 180-2950Fax +49 241 180-2930E-mail [email protected]/hotels

Contact

Dr.-Ing. Kristian ArntzManaging PartnerPhone +49 241 8906-8687E-mail [email protected]

Dr.-Ing. Johannes WitzelManaging PartnerPhone +49 241 8906-8686E-mail [email protected]

Becoming a Partner of the ACAM

You want to experience how ACAM works? Choose the Basic Partner status.

You are an expert in AM and you wish to establish a strategic cooperation with the Aachen Network? You want to actively co-operate with the research partners in bi- and multilateral projects and you would like to decide on the ACAM R&D roadmap as a steering committee member? In this case the Business Partner status is the right one for you.

You are a provider of AM machines, materials, software or servi-ces and you would like to support the ACAM with your capabili-ties? In this case, let us talk about the opportunity to become a Cooperation Partner.

We are looking forward to hearing from you.

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Documents

ACAM Seminar Program 2016