Kate G. - SEP 7st, 2025

Snapmaker U1 3D Printer Review: A Smart Machine with Growing Pains


When Snapmaker launched the U1 as its flagship "smart" 3D printer, it promised an all-in-one solution for creators. After rigorous testing, here's an honest assessment of its performance—especially when compared to the crowd-favorite Bambu Lab P1S.

What Is the Snapmaker U1? Key Features & First Impressions

The U1 positions itself as a user-friendly, feature-packed FDM printer targeting the mid-range market. Notable features include:

●Quad Extruder System: 4 independent print heads for true multi-color printing

●Zero Purge Waste: Each color uses dedicated extruders, eliminating filament purging

●Modular Enclosure: U1 Top cover (sold separately for $149)

●Smart Assist Features: Auto bed leveling, filament runout detection, and vibration compensation

●5-Inch Touchscreen: Integrated HD display with custom OS

Connectivity: Wi-Fi, camera support, and USB printing

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Priced at $749 (without enclosure), it competes directly with the Bambu Lab P1S and Creality K1.

Less Waste Means Serious Savings

The U1's quad extruder system revolutionizes multi-material printing by completely eliminating purge waste. Here's how it achieves this breakthrough:

Dedicated Hotends for Each Filament

●4 independent hotends maintain optimal temperature for different materials
● No cross-contamination between colors or materials
● Instant switching between extruders without purging

Cost Savings Analysis

●Traditional systems: Waste 20-30% of filament in purge towers
●U1 system: 0% waste from purging
●Annual savings: ~$300 for frequent multi-color users (based on 10kg filament usage)

Environmental Benefits

●Reduces plastic waste by up to 30%
●No failed prints due to purge-related clogs
●Lower overall material consumption

Multi-Color Printing Showdown: U1 vs. P1S

We printed a standardized 4-color Benchy (30% infill, 0.2mm layer height) to compare efficiency:

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Why U1 Wins in Multi-Color Printing:

●4 independent extruders enable simultaneous multi-color printing

●No purge waste means significant material savings

●Faster print times due to eliminated purge sequences

●Better color consistency without material mixing

●Larger build volume (270³mm vs. 256³mm) for bigger projects

Hands-On Testing: The Highs and Lows

✅ The Good: Multi-Color Performance 
Perfect color transitions with no visible blending
Consistent layer quality across all extruders
●Surprisingly reliable extruder synchronization
Spacious build area handles large multi-color models

⚠️ The Mediocre: Hardware Limitations
●Complex calibration required for 4 extruders
●Higher maintenance with 4 hotends to maintain
●Weight distribution challenges with full build volume

❌ The Frustrating: Software and Connectivity
●Limited slicer support for quad extruder optimization
●Touchscreen delays during multi-material files
●Wi-Fi connectivity issues with large files

Who Should Consider the U1?

✔ Multi-color enthusiasts who want waste-free printing
✔ Professional creators needing precise color control
✔ Educators teaching multi-material design principles
✔ Environmental-conscious users reducing plastic waste
✔ Users needing large build volume for big projects

Avoid If:
❌ You primarily print single-color models
❌ You prefer minimal maintenance
❌ You need industrial-grade reliability

Verdict: Revolutionary but Specialized

The Snapmaker U1 delivers breakthrough multi-color printing:

●Zero waste technology sets new industry standard
●Superior color quality unmatched by purge-based systems
●Significant cost savings for frequent multi-material users 
●Generous 270³mm build volume for ambitious projects
However, it remains a specialized tool best suited for multi-color applications rather than general printing.

Rating: 9/10

●Multi-Color Innovation: 10/10
●Build Volume: 9/10
●Hardware Design: 8/10
●Software: 7/10
●Value: 9/10

Your thoughts? Have you tried the U1? Share below! 🛠️

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$32.00

PLA ImpresiónEl ácido poliláctico, comúnmente conocido como PLA, es uno de los materiales más populares utilizados en la impresión 3D de escritorio. PLA es un excelente primer material para usar mientras aprende sobre la impresión 3D porque es fácil de imprimir, muy económico y crea piezas que se pueden usar para una amplia variedad de aplicaciones. También es uno de los filamentos más ecológicos en el mercado hoy en día. Derivado de cultivos como el maíz y la caña de azúcar, el PLA es renovable y, lo que es más importante, biodegradable.

Black PLA Filamento Impresora 3D 1.75mm compatible for most FDM 3D printers: 

PLA Nozzle Temp 220±10°C
PLA Bed Temp 25°C - 60°C
Printing Speed 40-80mm/s
Density (g/cm³) 1.17-1.24(g/cm³ at 21.5°C)
Retraction Distance 1mm
Retraction Speed 20mm/s
Glass transition temperature 60-65°C
Tensile strength (X-Y) 28.1±1.3 MPa
Bending strength  48±1.9 MPa

Specifications:

Material: PLA
Color: Black
Diameter: 1.75mm
Weight: 1kg / pack
Spool size: φ200*64mm (φ8.87*2.5in) / Inside Diameter: 60mm (2.36in)

Package includes:

Black PLA Filamento 1kg * 2 rolls

View Details
Nylon PA6 Filament, White Success
Nylon PA6 Filament, White Success
Nylon PA6 Filament, White Success
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Nylon PA6 Filament, White

$29.00

More Reliable Stability: nylon filament is more reliable and easier to print with low moisture absorption and good adhesion to substrates. It has lower moisture absorption and longer shelf life, and a much lower melting temperature (185°C) than conventional nylon consumables.

Excellent Mechanical Properties and Heat Resistance: Nylon PA6 filament is an indispensable structural material with high heat resistance and good impact resistance. 3D printed Nylon PA6 is suitable for producing durable parts with glossy surfaces and high resistance to fracture.

Printing Setting:

  • Nozzle: 280-300℃, hardened steel nozzle required;
  • Bed Temp: 25-50℃ (Do NOT exceed 50℃);
  • Speed: 30mm/s – 60mm/s;
  • Fan: off
  • Drying Settings: 80℃ for 12h
  • Annealing: 70℃ for 2h (To ensure a good heat resistance of your printed part it is recommended to anneal your print model);
  • Bed Surface: almost any surface with a thin coat of PVA glue or Magigoo PA. The warping will be effectively suppressed.

Notes:

-Abrasion of the brass nozzle happens quite often when printing Nylon PA6. A wear-resistant nozzle, such as hardened steel and ruby nozzle, is highly recommended to be used with our Nylon PA6 filament.
- Nylon PA6 filament is sensitive to moisture and should always be stored and used under dry conditions (relative humidity below 20%).
- If Nylon PA6 is used as the support material for itself, please remove the
support structure before excessive moisture absorption. Otherwise the support
structure can be permanently bonded to the model.
- After the printing process, it is recommended to anneal the model in the oven at 80°C for 6 hours.

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