Snapmaker U1

Compatibility Works with Printago

Verified by Printago on this exact model and ready to connect.

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At a glance
Toolheads
4
Nozzles
0.4 / 0.6 mm
Camera
Built-in
Firmware
Klipper
Connection
LAN (Fuse Client)

What Printago does with the Snapmaker U1

Printago is built to drive every feature of the Snapmaker U1, not just the basics.

  • Full multi-toolhead control. All four independent SnapSwap toolheads on the U1 tool changer are recognized and driven by Printago, so every multi-toolhead print runs exactly as sliced.

  • Multi-color and multi-material printing. Assign a different filament, color, or material to each of the four toolheads for low-waste, purge-free SnapSwap color changes across PLA, PETG, TPU, ABS, ASA, PA, PC, and more.

  • Filament remapping without re-slicing. Print a file from a different toolhead and material layout than it was sliced with: Printago remaps each extruder to the head holding the matching material, so any U1 in your farm can run the job.

  • Live camera on stock firmware. Stream the U1's built-in camera live in Printago to watch every print from anywhere. Everything runs on the printer's stock firmware, with no custom or modified firmware required.

  • Cloud slicing and fleet management. Slice in the cloud and route jobs across a whole fleet of U1 and mixed-brand printers over your local network via Moonraker and the Fuse bridge.

How to connect the Snapmaker U1 to Printago

  1. 1
    Make sure Moonraker is running on the printer (it is on most Klipper installs).
  2. 2
    Install the Fuse bridge on Windows, macOS, or Docker.
  3. 3
    Add the printer in Fuse using its IP address and Moonraker port (default 7125).
  4. 4
    Optionally provide a Moonraker API key if your install has [authorization] enabled.

Need the bridge? Download Fuse for Windows, macOS, or Docker.

The Snapmaker U1 is an enclosed CoreXY printer with a 270 × 270 × 270 mm build volume that uses a dedicated tool-changer system called SnapSwap, carrying four independent preloaded and preheated toolheads. Unlike AMS or CFS filament-switching systems, the U1 swaps complete hotends in roughly five seconds with no purge tower, dramatically reducing color-transition waste. It runs Klipper firmware, includes active vibration compensation, reaches 500 mm/s, and supports a wide material range including PLA, PETG, TPU, PVA, ABS, ASA, PA, PC, and fiber-reinforced variants, targeting users who value low-waste multicolor printing and material flexibility over raw color count.

Pros

  • Tool-changer SnapSwap eliminates purge waste with roughly 5-second head swaps
  • Klipper firmware with input shaping and mesh bed leveling
  • Broad material support including TPU, PA, PC, and fiber-reinforced filaments
  • Four independent hotends allow simultaneous multi-material pre-heating

Cons

  • Limited to four simultaneous colors versus 8- or 16-color AMS/CFS systems
  • Toolhead ecosystem is newer and less proven than Bambu or Creality systems
  • Optional enclosure top cover required for high-temp materials like ABS, ASA, and PA

Frequently asked questions

Does Printago work with the Snapmaker U1?

Yes. Printago manages the Snapmaker U1 over your local network via Moonraker, with cloud slicing, automatic job routing, and remote monitoring.

How do I connect the Snapmaker U1 to Printago?

Make sure Moonraker is running on the printer (it is on most Klipper installs). Install the Fuse bridge on Windows, macOS, or Docker. Add the printer in Fuse using its IP address and Moonraker port (default 7125).

Does Printago support multi-material printing on the Snapmaker U1?

Yes. Printago tracks each toolhead and assigns the right material per nozzle, keeping multi-color and multi-material prints in sync.

Can I manage multiple U1 printers with Printago?

Yes. Printago is built for production fleets: route jobs across many U1 units, mix them with other brands, and run the whole farm from one dashboard.

Do I need a Raspberry Pi or extra hardware?

No. Printago connects over your local network through the Fuse bridge, which runs on your computer or in Docker, with no Raspberry Pi, no soldering, and no extra hardware.

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