Additive Manufacturing: Tips, Tricks, and Techniques

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Free Online Course: Additive Manufacturing: Tips, Tricks, and Techniques provided by LinkedIn Learning is a comprehensive online course, which lasts for 6 hours worth of material. The course is taught in English and is free of charge. Upon completion of the course, you can receive an e-certificate from LinkedIn Learning. Additive Manufacturing: Tips, Tricks, and Techniques is taught by Joan Horvath and Rich Cameron.

Overview
  • Join the additive manufacturing revolution. Get weekly tips for creating high-quality prints with filament and resin, troubleshooting clogs and jams, and maintaining your 3D printer.

Syllabus
  • New This Week

    • Nonplanar printing
    • Goodbye!
    Introduction to the Series
    • Welcome to Additive Manufacturing: Tips, Tricks, and Techniques
    Previous Tips and Tricks
    • Choosing a material for a surface quality
    • Tips for print surface quality
    • The five-minute guide to printing with resin
    • Clearing a nozzle clog without disassembly
    • Filament jams
    • Tips for large filament prints
    • Filament 3D printing in the automotive aftermarket
    • Metal 3D prints without sintering
    • Checking printer platform calibration
    • Distributed manufacturing in emergencies: Lessons learned
    • Additive manufacturing surge capability
    • Abrasive filaments and your nozzle
    • Retrofitting wireless capability on a 3D printer
    • Tips for creating transparent prints with filament
    • Ordering operations within a layer
    • Distributed manufacturing in emergencies
    • Additive manufacturing surge capability
    • Nozzle replacement issues
    • Thicker layers
    • Sanding 3D prints
    • Printing food
    • Recycled filament
    • Painting and dying 3D prints
    • Infill strategies
    • Creating detailed features
    • Print bed surface options
    • Choosing and applying tape
    • Advanced Cartesian printer calibration
    • Advanced extruder calibration
    • Architectural 3D printing applications
    • Printing at different scales
    • Printer speeds
    • Belt 3D printers
    • Bridging and overhangs
    • Design for injection molding vs. 3D printing
    • Printing with flexible filament
    • Nanoprinting
    • Emerging software standards: 3MF
    • Modeling stresses and printing with filament
    • Repeatability in 3D printing
    • Printing on fabric
    • Faster resin printing
    • Generative design and lightweighting
    • Custom supports
    • Modifier meshes
    • CAD software tips for creating multimaterial prints
    • Keeping filament dry
    • Testing 3D prints
    • Bioprinting
    • Large prints
    • Vector vs. raster printing
    • Categories of 3D CAD software
    July
    • Ultimaker Cura plug-ins
    • Filled resins
    • Conductive and ESD safe materials
    • Printing with embedded fiber
    • Selecting a slicing program
    • Using a host program
    • Using bioprinting to replace animal testing
    • Ceramic 3D prints
    • Multicolor vs. full-color 3D printing
    • 3D printing for assistive tech
    • 3D printing in low-resource environments
    • Choosing a nozzle
    Oct
    • Printer maintenance: Lubrication
    • 3D printing glass
    • Picking a print bed surface
    • Closing the filament 3D printer control loop
    • 3D scanning
    • Parallel multi-nozzle machines
    • Multiple filaments with one nozzle
    • Printing with precious metals
    • When to use a service bureau
    • Digital anatomy models