Data Preparation Specialist Metal

Data Preparation Specialist

Metal

Learner groups of four or more receive a 50% discount. (4 licenses for 9,700 €).

In Additive Manufacturing (AM), every aspect of the process chain matters. Data preparation is one of the most important parts of this process and can make or break the end result. Understanding how to achieve precise and innovative data preparation will determine the quality and efficiency of production.

Our additive manufacturing courses will teach you how to implement best practices in data preparation for metal, to improve the overall production process and advance your career in the field.

 

Your training will be completed in four phases: 

Phase 1: An introduction to additive manufacturing and EOS systems and software, peer reviews and portfolio scoring. 

Phase 2: A deeper exploration of software, metal selection and online discussion seminar. 

Phase 3Mastering support and orientation, case studies, practical exercises, exam prep and Q&A sessions. 

Phase 4: Theory examination, practical examination, certification and live event. 

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Learning Path Highlights

Realise your full potential with our Learning Path and become a certified Data Preparation Specialist for Metal Applications.

 

  • Reduce training time 
  • Reduce poorly prepared jobs and failed builds 
  • Learn better nesting strategies and help reduce cost per part 
  • Understand faster job preparation
Online & self study
Ideal: 1 - 1,5 months
English
EOS Certificate
€4.850
excl. tax
Add to cart

Review the phases of the Learning Path below. Some of the modules are available to purchase separately, click on “Buy Module” for more information.

Phase 1 - EOS Technology – introduction

Phase 2 - Build up your know-how

Phase 3 - Applying your knowledge

Phase 4 - Reflect what you have learned

  1. Gain a thorough understanding of 3D printing and DMLS (Direct metal laser sintering). Learn about the process and its advantages in a variety of manufacturing industries. 
  2. Apply data preparation theory to real cases and see how each aspect of your role contributes to the end result. Learn from practical examples to avoid common mistakes later on and gain vital experience whilst studying. 
  3. Leverage existing nesting strategies and software to innovate and improve, helping shorten job preparation timelines, reduce cost-per-part and make the impossible possible. 
  4. Understand the different types of support structures and how to use them. What makes a support structure successful exactly and how can a well-designed support contribute to quality and cost-per-part? In these additive manufacturing online classes you will receive in-depth instruction on the link between orientation and process part quality. 
  5. Study the characteristics of the different metals used in DMLS and learn how to choose the most appropriate metal for the job. Every metal has a different set of properties which affect the way it performs under heat. In this additive manufacturing module, you will learn how to read EOS material data sheets and how these instruct the choice of metal for each job.  
  6. Discover advanced topics like part placement, part positioning, gas flow and monitoring solutions to ensure you are proficient in producing high quality parts. 
  7. Explore the EOS specific systems and learn how they function, receiving instruction on system components like recoater, build plate and laser system. 
  8. Determine which application parts are a viable commercial option and assess their value by following EOS' easy and flexible methodology. After completing this 3D printing online class, you will feel confident selecting parts that have high potential for technical and economic success and will apply this methodology to your own portfolio. Feedback exchange and discussion with colleagues will help to strengthen this knowledge, preparing you for a bright future in profitable part screening and selection. 
  9. Receive in-depth training on EOS specific systems. EOS uses Magics software by Materialise to perform data and build preparation such as generating support structures and editing design flaws. Learn how this system works within theory and practical modules, working on real world examples to help you integrate understanding of the main functions of Magics and part consolidation.  
  10. Learn how to use EOSPRINT 2 to assign part parameters on EOS additive manufacturing machines. This module demonstrates the main functions and how proper use of this software enhances build speed, surface quality and process efficiency when used alongside Materalise Magics for industrial 3D printing. 
  11. Familiarise yourself with technical drawings and standardisation in Additive Manufacturing. Ensure that EOS processes are understood and followed carefully to create high quality cases. 
  12. Understand the definition of quality within the 3D printing industry and learn about the Ishikawa model to minimise quality control issues and ensure consistent results from start to finish. 
Are you an EOS Customer already?

Then you ensure you have access to these softwares to get the most out of this course:

  • EOSPRINT 2.x
  • Materialise Magics 24.1


Are you a New Customer? 

Not to worry, we will ensure you have access to the tools you need for the course. 

Completing this learning path requires you to join us online for a series of webinars. These will take place next at the following times


Data Preparation Basics:

  • 18th - 19th August 2021

Support and Orientation Advanced:

  • w/c 30th August 2021

Learning Path Highlights

Realise your full potential with our Learning Path and become a certified Data Preparation Specialist for Metal Applications.

 

  • Reduce training time 
  • Reduce poorly prepared jobs and failed builds 
  • Learn better nesting strategies and help reduce cost per part 
  • Understand faster job preparation
Online & self study
Ideal: 1 - 1,5 months
English
EOS Certificate
€4.850
excl. tax
Add to cart
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What our customers say:

Metal 3D printing is quite difficult when you start from scratch. With this training, however, all be existing know-how becomes easily available within a short period of time.

Jayesh Gadhave

Printing with metal is fascinating and the course opened up a new world for me. The learning journey was amazing, I could use the software at home and was able to design supports.

Valentin Ameres