Design for Additive Manufacturing

Codice del corso
NX 1847.1
Livello utente
Prezzo di listino
€ 800,00 (EUR)
Il prezzo potrebbe non includere eventuali tasse applicabili in base all’area geografica di fatturazione
Durata in Centro di formazione
2 Days

This course is designed to expedite the student learning experience in the NX Software to design and analyze components that are meant to be manufactured using additive methods. A brief introduction to using NX manufacturing software to print components using fixed-plane additive manufacturing processes is also covered.

As with each course developed and taught by Siemens Digital Industries Software professionals, this class instructs the students based on the underlying principles incorporated within the NX product suite. This class was designed to increase the productivity of the student, teaching the necessary skills to accomplish the following:

  • Explore design freedoms made possible by additive manufacturing
  • Use geometry checkers to highlight conditions that may impact the success of an additive manufacturing build
  • Create lightweight lattice structures that can be produced using additive manufacturing
  • Utilize generative design with topology optimization to create new components
  • Modify facet models using reverse engineering and polygon modeling tools
  • Prepare a completed part design for print using fixed-plane additive manufacturing
Destinatari del corso

This course is for designers, engineers, and CAD/CAM managers who need to design and prepare models for Additive Manufacturing processes.


Corsi richiesti:


Other recommendations:

    Working knowledge of the following:

  • General understanding of Additive Manufacturing processes and terminology
  • Navigating the NX interface
  • Part file saving conventions
  • Experience working with building NX parametric models

Materiali forniti per il corso
  • Student Guide
  • Activity Material
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Per maggiori informazioni
Learning Services, Italy

Argomenti principali del corso

Day 1

  • Introduction to design for additive manufacturing
  • Useful modeling techniques using validation checkers and print marks
  • Designing with lattice structures

Day 2

  • Generative design using topology optimization
  • Using scanned geometry to develop designs utilizing reverse engineering and polygon modeling tools
  • Preparing a design for print