Additive ManufacturingTechnical Starter Training – Get Started! Technical Advanced Training - Print it!

Let’s start to go beyond traditional product development!

Gain in-depth technology and material know-how

Learn from Siemens’ Additive Manufacturing (AM) use cases

Work in a totally interactive environ-ment on industry relevant use cases supported by AM experts

Work together in cross-functional teams in a highly innovative environment

Gain hands-on experience in a real AM lab and explore what it means to use the full potential of AM for new designs of any shape

5 important reasons to participate in the training

Aconity3D is a start-up, located on Aachen’s high-technology campus of the RWTH Uni-versity and Fraunhofer research institute. With the technological background in pro-duction and informatics of the founder team, the company’s focus is set on 3D printing of metal parts by means of powder bed laser melting. From this, maximal cus-tomer satisfaction is strived for by offering sustainable solutions through a holistic combination of the business units: Equip-ment, Job Shop, Consulting, Material Distri-bution and Testing Facilities.

The Fraunhofer Institute for Laser Technol-ogy is one of the largest research institutes in its field. The unique combination of laser source development and laser material pro-cessing allows for a “Tailored Light” approach, in which the ideal laser tool is applied for demanding customer-specific applications. Fraunhofer ILT’s Rapid Manu-facturing Group acts as a pioneer in the field of direct metal processing by means of Selective Laser Melting and is constantly seeking to further the current state of the art in Additive Manufacturing.

Siemens AM Technical trainings jointly developed with Aconity3D

For the last decade, 3D printing was only used in product development, e.g., for data visualization and rapid prototyping.

Several industry examples now give indi-cation that Additive Manufacturing could be a game changer for the manufacturing industry in a way that will revolutionize the economy.

Additive Manufacturing is on its way to becoming a mass market technology.

However, this innovation renaissance will only accelerate as companies move beyond redesigning existing products to creating new products that are today unimaginable!

Why does Additive Manufacturing (AM) matter?

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Training registration:

Gabriele Heiß HR LE SPE BO OS Tel: +49 (89) 636-634511 service.spe@siemens.com

http://go.siemens.net/21165877

Costs & Duration

AM Technical Starter Training – Get Started!: 1200 EUR per participant (2 days)

AM Technical Advanced Training - Print it!: 2080 EUR per participant (2x2 days)

Language:

German/ English

Trainings content: AM Technical Starter Training

These trainings provide comprehensive insights into Additive Manufacturing (AM), spanning from fundamentals to applications to technology outlook. Participants will learn about the main AM technologies and respective materials and will discover how material properties and process parameters influence cost and quality. Intensive theoreti-cal design sessions and supplementary exercises provide you a working knowledge of what to consider for creating a “printable” design, considering relevant AM design rules. The understanding of AM-critical risk factors such as health and safety and the presen-tation of an entire AM approach shown on a Siemens example will help you to conceptu-alize Additive Manufacturing in a holistic manner.

AM fundamentals, design rules and process parameters

Data preparation and get ready for printing

AM cost drivers and learning from a Siemens approach

Coaching session

Post processing, quality measures and the big picture

Trainings Content: AM Technical Advanced Training

In this training the participants run through the entire Additive Manufacturing value chain from generating first new ideas to designing of AM parts and up to pre- and post-processing and quality assurance. Please be aware that the first 2 days of this train-ings are identical to the AM Technical Starter Training (see description above). Furthermore, participants will have the chance to interactively experience an entire print process: from powder preparation and positioning of the part in the build room to the final quality check. The alternating theoretical and practical training sessions along the entire value chain of additive Manufacturing and learning from Siemens examples gives you the ability to identify and implement AM use cases in your area of business.

Training building blocks

Additive Manufacturing technologies and materials

Which are the most important AM technologies?

What do I need to know about AM materials?

Benefits and limitations

What is the status quo of Additive Manufacturing?

Which capabilities and limitations of Additive Manufacturing exist?

Areas of application

In which industries is Additive Manufacturing already established?

How to earn money with Additive Manufacturing?

Design for Additive Manufacturing for Metal

What does the software landscape for AM part optimization look like?

How to design a part according to AM design rules?

Influencing factors and cost drivers

Which process parameters affect the design?

What factors influence the business case for AM?

What possibilities are given to reduce the costs of AM parts?

Intellectual Property (IP) challenges & health and safety risks (EHS)

What are the risks and challenges regarding intellectual property rights?

Which health and safety related aspects shall be considered in context of Additive Manufacturing?

Siemens internal session

Which role does Siemens play within Additive Manufacturing?

What kind of best practices for an entire AM approach exist within Siemens?

Coaching Session

Each participant will be able to fine tune their newly learned AM skills with the help of an internal AM expert in a 1 hour coaching session

Training building blocks

Data preparation for build job

How to prepare CAD data for the printing process?

What needs to be considered when preparing and starting a build job?

Machine preparation

Which steps are necessary to prepare the machine?

Post processing

Why are post processing steps necessary?

Which kind of post processing procedures can be applied for value creation?

Quality assurance

Which currently applied quality measures exist?

Day 1 Day 3Day 2 ~1 Month Day 4

AM Technical Starter Training – Get Started! 2 days

2x2 daysAM Technical Advanced Training – Print it!

Target groups:

AM Technical Starter Training

This training is mainly designed for technical roles such as designers, conceptual and process engineers with little or no previous knowldege of Additive Manufac-turing who want to learn how to apply and incorporate Additive Manufacturing in their daily business.

AM Technical Advanced Training

This training is mainly designed for technical roles such as designers and concep-tual engineers who have already gained experiences with Additive Manufacturing and want to increase their competences to better understand all influencing fac-tors along the entire value chain to be able to use the full potential of AM.

1h

1h

Additive ManufacturingTechnical Starter Training – Get Started! Technical Advanced Training - Print it!

Let’s start to go beyond traditional product development!

Gain in-depth technology and material know-how

Learn from Siemens’ Additive Manufacturing (AM) use cases

Work in a totally interactive environ-ment on industry relevant use cases supported by AM experts

Work together in cross-functional teams in a highly innovative environment

Gain hands-on experience in a real AM lab and explore what it means to use the full potential of AM for new designs of any shape

5 important reasons to participate in the training

Aconity3D is a start-up, located on Aachen’s high-technology campus of the RWTH Uni-versity and Fraunhofer research institute. With the technological background in pro-duction and informatics of the founder team, the company’s focus is set on 3D printing of metal parts by means of powder bed laser melting. From this, maximal cus-tomer satisfaction is strived for by offering sustainable solutions through a holistic combination of the business units: Equip-ment, Job Shop, Consulting, Material Distri-bution and Testing Facilities.

The Fraunhofer Institute for Laser Technol-ogy is one of the largest research institutes in its field. The unique combination of laser source development and laser material pro-cessing allows for a “Tailored Light” approach, in which the ideal laser tool is applied for demanding customer-specific applications. Fraunhofer ILT’s Rapid Manu-facturing Group acts as a pioneer in the field of direct metal processing by means of Selective Laser Melting and is constantly seeking to further the current state of the art in Additive Manufacturing.

Siemens AM Technical trainings jointly developed with Aconity3D

For the last decade, 3D printing was only used in product development, e.g., for data visualization and rapid prototyping.

Several industry examples now give indi-cation that Additive Manufacturing could be a game changer for the manufacturing industry in a way that will revolutionize the economy.

Additive Manufacturing is on its way to becoming a mass market technology.

However, this innovation renaissance will only accelerate as companies move beyond redesigning existing products to creating new products that are today unimaginable!

Why does Additive Manufacturing (AM) matter?

© 0

2.2

01

6 S

iem

ens

AG

Training registration:

Gabriele Heiß HR LE SPE BO OS Tel: +49 (89) 636-634511 service.spe@siemens.com

http://go.siemens.net/21165877

Costs & Duration

AM Technical Starter Training – Get Started!: 1200 EUR per participant (2 days)

AM Technical Advanced Training - Print it!: 2080 EUR per participant (2x2 days)

Language:

German/ English

Additive ManufacturingTechnical Starter Training – Get Started! Technical Advanced Training - Print it!

Let’s start to go beyond traditional product development!

Gain in-depth technology and material know-how

Learn from Siemens’ Additive Manufacturing (AM) use cases

Work in a totally interactive environ-ment on industry relevant use cases supported by AM experts

Work together in cross-functional teams in a highly innovative environment

Gain hands-on experience in a real AM lab and explore what it means to use the full potential of AM for new designs of any shape

5 important reasons to participate in the training

Aconity3D is a start-up, located on Aachen’s high-technology campus of the RWTH Uni-versity and Fraunhofer research institute. With the technological background in pro-duction and informatics of the founder team, the company’s focus is set on 3D printing of metal parts by means of powder bed laser melting. From this, maximal cus-tomer satisfaction is strived for by offering sustainable solutions through a holistic combination of the business units: Equip-ment, Job Shop, Consulting, Material Distri-bution and Testing Facilities.

The Fraunhofer Institute for Laser Technol-ogy is one of the largest research institutes in its field. The unique combination of laser source development and laser material pro-cessing allows for a “Tailored Light” approach, in which the ideal laser tool is applied for demanding customer-specific applications. Fraunhofer ILT’s Rapid Manu-facturing Group acts as a pioneer in the field of direct metal processing by means of Selective Laser Melting and is constantly seeking to further the current state of the art in Additive Manufacturing.

Siemens AM Technical trainings jointly developed with Aconity3D

For the last decade, 3D printing was only used in product development, e.g., for data visualization and rapid prototyping.

Several industry examples now give indi-cation that Additive Manufacturing could be a game changer for the manufacturing industry in a way that will revolutionize the economy.

Additive Manufacturing is on its way to becoming a mass market technology.

However, this innovation renaissance will only accelerate as companies move beyond redesigning existing products to creating new products that are today unimaginable!

Why does Additive Manufacturing (AM) matter?

© 0

2.2

01

6 S

iem

ens

AG

Training registration:

Gabriele Heiß HR LE SPE BO OS Tel: +49 (89) 636-634511 service.spe@siemens.com

http://go.siemens.net/21165877

Costs & Duration

AM Technical Starter Training – Get Started!: 1200 EUR per participant (2 days)

AM Technical Advanced Training - Print it!: 2080 EUR per participant (2x2 days)

Language:

German/ English