3D Manufacturing Direct Applications(Slm,Ebm)
3D EDUCATION
What you'll learn
3D TECHNIC EDUCATION
3D MAGICS EDUCATION
3D MACHINE EDUCATION
3D SIMUFACT EDUCATION
Requirements
BASIC ENGINEERING
Description
This education explores the direct applications of Selective Laser Melting (SLM) and Electron Beam Melting (EBM) in additive manufacturing, detailing key processes, software tools, and machine preparations.
Additive Manufacturing Additive manufacturing (3D printing) creates objects by layering materials from digital models, offering benefits in material efficiency, customization, and complex geometries.
Materialise Magics Applications Materialise Magics software helps in:Preparing 3D models Generating supports Designing lattice structures Optimizing part placement and orientation Slicing models into layers Ensuring quality control Customizing and automating workflows Standard Manufacturing Process The process includes opening STL files in Magics, checking dimensions, generating supports, and preparing files for printing.
Specific Machine Preparations Ermaksan Enavisiontec BP:Support angle at 45 degrees with cone supports.Settings for scanner speed, mark speed, spot diameter, and powder selection.Concept Laser BP:Support angle at 45 degrees with block supports.Defined machine parameters and cls file generation.
EBM BP:Support angle at 60 degrees with block supports.Specific material and process parameters for parts and supports.Machine Preparation Detailed steps for ensuring optimal printing conditions, including checks for air, gas levels, dust removal, platform settings, and sensor functionality.
Software for Simulation and Analysis Simufact Additive: Simulates the additive manufacturing process to optimize parameters and analyze results.References Key literature includes "Additive Manufacturing Technologies" and manuals from Arcam, Concept Laser, Materialise, Ektam, and Simufact Additive.
This summary encapsulates the document's focus on practical guidelines and software tools essential for SLM and EBM applications in 3D manufacturing.
Overview
Section 1: 3D EDUCATION
Lecture 1 INTRO
Lecture 2 3D TECHNIC EDUCATION
Lecture 3 3D MAGICS EDUCATION
Lecture 4 3D MACHINE EDUCATION
Lecture 5 3D SIMUFACT EDUCATION
3D MANUFACTURERS, ACADEMICIANS, STUDENTS
Published 7/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 569 MB | Duration: 0h 33m
Download
*
3D EDUCATION
What you'll learn
3D TECHNIC EDUCATION
3D MAGICS EDUCATION
3D MACHINE EDUCATION
3D SIMUFACT EDUCATION
Requirements
BASIC ENGINEERING
Description
This education explores the direct applications of Selective Laser Melting (SLM) and Electron Beam Melting (EBM) in additive manufacturing, detailing key processes, software tools, and machine preparations.
Additive Manufacturing Additive manufacturing (3D printing) creates objects by layering materials from digital models, offering benefits in material efficiency, customization, and complex geometries.
Materialise Magics Applications Materialise Magics software helps in:Preparing 3D models Generating supports Designing lattice structures Optimizing part placement and orientation Slicing models into layers Ensuring quality control Customizing and automating workflows Standard Manufacturing Process The process includes opening STL files in Magics, checking dimensions, generating supports, and preparing files for printing.
Specific Machine Preparations Ermaksan Enavisiontec BP:Support angle at 45 degrees with cone supports.Settings for scanner speed, mark speed, spot diameter, and powder selection.Concept Laser BP:Support angle at 45 degrees with block supports.Defined machine parameters and cls file generation.
EBM BP:Support angle at 60 degrees with block supports.Specific material and process parameters for parts and supports.Machine Preparation Detailed steps for ensuring optimal printing conditions, including checks for air, gas levels, dust removal, platform settings, and sensor functionality.
Software for Simulation and Analysis Simufact Additive: Simulates the additive manufacturing process to optimize parameters and analyze results.References Key literature includes "Additive Manufacturing Technologies" and manuals from Arcam, Concept Laser, Materialise, Ektam, and Simufact Additive.
This summary encapsulates the document's focus on practical guidelines and software tools essential for SLM and EBM applications in 3D manufacturing.
Overview
Section 1: 3D EDUCATION
Lecture 1 INTRO
Lecture 2 3D TECHNIC EDUCATION
Lecture 3 3D MAGICS EDUCATION
Lecture 4 3D MACHINE EDUCATION
Lecture 5 3D SIMUFACT EDUCATION
3D MANUFACTURERS, ACADEMICIANS, STUDENTS
Published 7/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 569 MB | Duration: 0h 33m
Download
*