A USEFUL HANDMADE PROJECT
Make a Paper Scrap Swatch Ring
A swatch ring keeps small paper samples together while leaving each sample free to turn.
Start with your materials ↓
WHAT TO GATHER
Your starting kit.
- Plain paper or cardstock suited to the folds described below
- A ruler, pencil, and scissors
- Paper glue and scrap paper for protecting the work surface
- A blunt folding tool for scored creases
- A hole punch and plain binder ring
STEP 01
Measure and prepare
Cut paper samples to 40 by 70 mm and reinforce the top 15 mm with a second paper layer.
STEP 02
Lay out the construction
Mark one hole centered 8 mm below the top edge and punch through each reinforced swatch.
STEP 03
Join and shape
Arrange samples by paper weight or color and pass a binder ring through the aligned holes.
STEP 04
Check the result
Keep a duplicate sample aside if you want to test glue or folding without marking the reference ring. Let glued joints dry according to the adhesive instructions. Compare the finished shape with its intended use: moving parts should move freely, open pockets should remain open, and supporting folds should sit level. Trim only a little at a time if a paper edge catches.
STEP 05
Finish and keep
Remove temporary pencil guides with a clean eraser where the paper allows it. Store the finished piece somewhere dry and avoid putting pressure on raised or rolled details. Keep your first scrap-paper version nearby if you want to change the dimensions next time.
Before you begin.
Can I change the paper size?
Yes. Make a scrap version first and keep the same fold sequence. Where a piece wraps another object, measure the actual object and add space for its thickness instead of enlarging only one dimension.
What should I check before beginning?
Keep a duplicate sample aside if you want to test glue or folding without marking the reference ring.
Original editorial project guidance. Images are AI-generated concepts, not photographs of tested finished projects. Practice on inexpensive materials and follow tool and material instructions. Sources & approach.
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