Advanced 3D PrintingLiving Hinges
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Advanced 3D Printing

Course progress0/12
1Print-in-Place
  • Print-in-Place Mechanisms
  • Ball and Socket Joint
2Snap-Fit Joints
  • Snap-Fit Joints
  • Design Snap-Fit Parts
3Living Hinges
  • Living Hinges
  • Design a Hinged Box
4Threads & Fasteners
  • Printable Threads
  • Threaded Container
5Strength Optimization
  • Designing for Strength
  • Reinforced Bracket
6Desk Organizer Project
  • Desk Organizer Design Brief
  • Project: Desk Organizer

Advanced 3D Printing

Course progress0/12
1Print-in-Place
  • Print-in-Place Mechanisms
  • Ball and Socket Joint
2Snap-Fit Joints
  • Snap-Fit Joints
  • Design Snap-Fit Parts
3Living Hinges
  • Living Hinges
  • Design a Hinged Box
4Threads & Fasteners
  • Printable Threads
  • Threaded Container
5Strength Optimization
  • Designing for Strength
  • Reinforced Bracket
6Desk Organizer Project
  • Desk Organizer Design Brief
  • Project: Desk Organizer

Living Hinges: Flexibility by Design 📦

Living Hinge
A flexible hinge printed as one piece

A living hinge is a thin, flexible section that lets two parts bend - all printed as one piece!

Design Rules

For Flexible Filaments (TPU)

  • Thickness: 0.4-0.8mm
  • Can bend 180°+ repeatedly

For Rigid Filaments (PLA/PETG)

  • Thickness: 0.2-0.4mm
  • Works for single-bend applications
  • May fatigue with repeated use

Patterns That Work

PatternBest For
Single lineLight duty, boxes
AccordionHeavy flex
LatticeMedium flex

Print Orientation

Critical: Print hinge line perpendicular to layer lines!