Bring Prints to Playtime

Bring Prints to Playtime

From toys and tabletop games to collectibles, create more ways to play.

Toys & Games Project Showcase

Bring playtime to life with collectibles, interactive toys, and projects made for fun[1].

Multi-color Fox

Multi-color Fox

@Precious Opal Gems

Articulated Easter Dragon

Articulated Easter Dragon

@Henrik Veres

Insects Sorting Puzzle

Insects Sorting Puzzle

@Lukas Komenda

RX-78NT-1 ALEX

RX-78NT-1 ALEX

@Fendi Suyanto

Articulated Charizard

Articulated Charizard

@Alex Chen

Chameleon & Tree Stand

Chameleon & Tree Stand

@Print3DMichi

Swing to the Moon Sculpture

Swing to the Moon Sculpture

@Robert Vierthaler

Makerchip Storage Display Box

Makerchip Storage Display Box

@dukedoks

Bring Ideas to Life

Make colorful, interactive projects with moving parts and easy support removal.

More Prints in One Job
Moveable Parts Together
App Remote Control

Get Started with Snapmaker U1

  • THE Consumer Toolchanger 3D Printer.
  • 4 Toolheads. Direct Swaps in 5s.
  • Minimal Purge. Less Waste.
  • Multi-material Freedom. More Possibilities.
  • Precise Results with Smart Calibration.
  • Auto Filament System. Load and Go.
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See What Others Are Creating

See how other makers add a playful twist to life, with movable toys, interactive games and more.

Notes:


[1] Printed creations are from actual users. As real-world printing parameters vary, print duration, material consumption and other relevant data for the illustrated cases may differ with different settings. "Others" refers to 3D printers that use a filament changer to swap materials.

[2] The average number of color changes per layer is calculated by dividing the total number of color swaps in the print job by the total number of layers. A higher value indicates more frequent swapping and greater purge waste. Factors influencing this include the color count, their layout, model height, and layer height. This calculator assumes a default layer height of 0.2 mm, but other values can be estimated manually or retrieved from slicer software.

[3] The average weight of purge waste per swap is calculated by dividing the total purge waste (by weight) by the number of swaps. This depends on color count and layout (dark-to-light swaps require more purging to avoid color contamination) and the purge multiplier set in the slicer (higher values lead to more purge material consumed). You can use slicer software to retrieve the total purge waste and swap count of your print, then select the closest estimated value in the dropdown menu.

[4] The average color swap count per layer and weight of purge waste per swap used in this calculator are based on typical values from Snapmaker testing. Actual slicing results may vary depending on model geometry, color layout, and print settings. All calculations are for reference only.