Automatic 3D part splitting
Convert a three-dimensional form into pegboard-friendly layers, with an exploded view showing the position and orientation of every part.
Image to 3D Bead Blueprints
Not just a pixel pattern — automatically split into 3D bead parts with full assembly blueprints.
Gallery
3 modelsCreators submit for review → approved models enter the gallery · creators earn beads when users unlock blueprints
01
Upload image
Supports JPG, PNG images or GLB, STL, OBJ model files.
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02
Generate 3D
Images are auto-converted to 3D models. Skip this step by uploading a model directly.
03
Bead preview
The model is split into 3D bead parts. An exploded view shows each layer and assembly order.
04
Get blueprints
Each layer shows coordinates and color codes. Pinch to zoom — follow on screen or on paper.
3D FUSE BEAD PATTERN MAKER
Turn one image into a 3D Perler bead model you can actually build
Most bead pattern makers stop at a flat pixel grid. Beads3D analyzes the model volume, separates it into ironable parts, plans the assembly order, and produces blueprints with coordinates and color counts. Start with a photo, illustration, or existing 3D file and get practical build steps instead of only a rendering.
Colors and bead counts
Each layer includes coordinates, colors, and quantities so you can check materials before starting the build.
Printable assembly guide
Generate a PDF guide designed for screen or print, covering ironing, joining, and step-by-step assembly.
3D Perler bead questions
What is a 3D Perler bead blueprint?
It is a set of separate fuse bead patterns that can be arranged, ironed, and joined into a three-dimensional model. Beads3D also provides part positions, assembly order, colors, and bead quantities.
Can I turn an image directly into a 3D bead pattern?
Yes. Upload a JPG or PNG and the system first creates a 3D model, then converts it into buildable bead parts. You can also upload a GLB, STL, or OBJ file to skip image-to-3D generation.
Can I print the generated bead patterns?
Yes. After processing, you can generate a PDF assembly guide with layer patterns, colors, coordinates, material counts, and build steps.
Which fuse bead brands and sizes are supported?
Results use a general bead grid and color mapping that you can check against your actual beads and pegboards. Brands differ in color and melting behavior, so test a small sample before a final build.
How is a 3D bead pattern different from a normal 2D pattern?
A 2D pattern is usually one flat grid. A 3D build needs multiple ironable parts, dependable joining positions, and a clear assembly sequence, so its blueprint contains much more structural information.
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