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Practical 3D Modeling Workflows

Course Progress0/12

Precision Modeling

Numeric DimensionsObject AlignmentPrecision Building

Boolean Modeling

Boolean OperationsUnion ExamplesSubtract for HolesBoolean Practice

Reusability

Duplication TechniquesMirroring Objects

Exporting Models

Export FormatsExport Your Model

Course Project

Project: Printable Phone Stand
TrackPractical 3D Modeling Workflows
Project: Printable Phone Stand
12 / 12

Build the Phone Stand

Project: Printable Phone Stand

Design a functional phone stand that could be 3D printed!

Requirements

Dimensions (thinking in centimeters)

  • Base: ~10 wide × 8 deep × 1 tall
  • Back support: ~10 wide × 0.5 deep × 6 tall
  • Phone groove: Cut into base

Features

  1. Stable base - Wide enough not to tip
  2. Angled back support - ~70° angle for viewing
  3. Phone groove - Slot to hold phone edge (use subtract)
  4. Correct size - Fits within 15×10×10 cm

Step-by-Step

  1. Create the base
- Box: 10 × 1 × 8 - Position: Y = 0.5
  1. Create back support
- Box: 10 × 6 × 0.5 - Position behind base - Rotate X ~-20° (leaning back)
  1. Union base and back
- Select both, click Union
  1. Create groove cutter
- Thin box: 10.5 × 0.5 × 1 - Position in front of base (for phone edge)
  1. Subtract groove
- Select stand first - Shift+click groove cutter - Click Subtract
  1. Export as STL
- Use Export tab - Click Export STL

Success Criteria

✓ Uses boolean subtract (for groove)
✓ At least one object in final scene
✓ STL exported successfully
✓ Fits within size limits (15×10×10)

Tips

  • Think about phone thickness (~1cm)
  • Groove should be deep enough to hold phone
  • Test stability - wide base prevents tipping
  • Round numbers for cleaner geometry
Challenge: Add cable routing hole using cylinder subtract!

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