Advanced Additive Manufacturing Training
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siemens.com/am-energy Advanced Additive Manufacturing Training Ole Geisen Head of Engineering Services for Additive Manufacturing [email protected] Michael Hajduk Head of Training for Additive Manufacturing [email protected] Jan Bogner R&D Engineer Additive Manufacturing [email protected] Published by Siemens AG Gas and Power Freyeslebenstraße 1 91058 Erlangen, Germany Article No. GPPO-B10001-00-7600 IB 10190.5 © Siemens 2019 Subject to changes and errors. The information given in this document only contains general descriptions and/or perfor- mance features which may not always specifically reflect those described, or which may undergo modification in the course of further development of the products. The requested perfor- mance features are binding only when they are expressly agreed upon in the concluded contract. Contact us! Learning Targets • How to find, design and add value to components through L-PBF • Designing: AM design rules, support structures, reverse engineering • Powder characterization and requirements, material challenges and typical defects • L-PBF process chain: From ideation to production including post-processing • L-PBF part production: Use-Cases with highlights and lowlights • Introduction to costing of L-PBF parts • Understand technology benefits and limitations Target Group • Engineers working in the field of design and manufacturing of metal parts Training Packages • 1-day Executive Training & Overview of metal L-PBF • 4-day Advanced L-PBF Training • FDM for tooling & post-processing of metal L-PBF parts
Transcript of Advanced Additive Manufacturing Training
siemens.com/am-energy
Advanced Additive Manufacturing Training
Ole Geisen Head of Engineering Services for Additive Manufacturing [email protected]
Michael Hajduk Head of Training for Additive Manufacturing [email protected]
Jan Bogner R&D Engineer Additive Manufacturing [email protected]
Published by Siemens AG
Gas and Power Freyeslebenstraße 1 91058 Erlangen, Germany
Article No. GPPO-B10001-00-7600 IB 10190.5 © Siemens 2019
Subject to changes and errors. The information given in this document only contains general descriptions and/or perfor-mance features which may not always specifically reflect those described, or which may undergo modification in the course of further development of the products. The requested perfor-mance features are binding only when they are expressly agreed upon in the concluded contract.
Contact us!Learning Targets
• How to find, design and add value to components through L-PBF
• Designing: AM design rules, support structures, reverse engineering
• Powder characterization and requirements, material challenges and typical defects
• L-PBF process chain: From ideation to production including post-processing
• L-PBF part production: Use-Cases with highlights and lowlights
• Introduction to costing of L-PBF parts
• Understand technology benefits and limitations
Target Group
• Engineers working in the field of design and manufacturing of metal parts
Training Packages
• 1-day Executive Training & Overview of metal L-PBF
• 4-day Advanced L-PBF Training
• FDM for tooling & post-processing of metal L-PBF parts
Advanced Additive Manufacturing Training
Focus: Laser Powder-Bed Fusion
What do we offer?The aim of this training is to inspire novel thinking in part production and educate on the usage and design of AM-parts.
It will be conducted by consultants and engineers from Siemens Gas & Power and Materials Solutions with multi-year experience in AM, especially Laser Powder-Bed Fusion (L-PBF). The training is based on company-wide use-cases and experiences in R&D and industrialization projects.
Over a four day workshop a holistic overview of the L-PBF technology from ideation to costing and production is given, with a special focus on the engineering aspect of L-PBF part production.
Training Overview
• AM technology and materials overview (different technologies, focus L-PBF)
• L-PBF process chain
• L-PBF job preparation: Nesting and support structures
• Opportunities and limitations (flexibility, build size, process speed, ...)
AM Fundamentals Design for L-PBF
• Design rules and case studies to meet require-ments for:• Manufacturing• Component
performance• Cost targets
• Functional integration• AM ideation metho-
dologies
• Reverse Engineering
L-PBF Materials Science
• Microstructure of L-PBF metal parts
• Mechanical Integrity of L-PBF parts made of:• Steels• Nickel-based alloys• Aluminum
• Heat treatment strategies
• Surface finishing & post-processing
Component Screening
and Selection
• Selection and filter methodologies
• Cost estimation methods
• Pain point analysis
• AM roadmap develop-ment
Siemens and Materials Solutions offer you our experience from over 12 years of metal L-PBF printing ‒ Imagine what we can achieve together.
