Name: Snapmaker U1 3D Printer
Brand: Snapmaker
SKU: 81100
Price: 849.0 USD
Availability: InStock
Rating: 4.9 (21 reviews)

Snapmaker U1 3D Printer

Features
Specification & Parts

Frequently Asked Questions

1. Does Snapmaker support trade-in?

Currently, Snapmaker does not offer a trade-in option. However, we ensure peace of mind with a limited warranty covering major modules of Snapmaker 3D Printer purchased directly from us or through an authorized distributor. For detailed information and to enhance your shopping experience, please review our warranty policy.

2. If I purchase the Artisan 3-in-1 3D Printer(Premium), do I also need to purchase the Boosted Exhaust Fan?

There's no need to buy a separate exhaust fan; the Artisan 3-in-1 3D Printer (Premium) already includes a Boosted Exhaust Fan. With a powerful airflow capacity of 95CFM, this fan effectively removes smoke and fumes, ensuring a cleaner and safer printing environment.

3. Is a quick swap toolhead plate included with the purchase of the Artisan 3-in-1 3D Printer (Premium)?

Yes, the Artisan 3-in-1 3D Printer (Premium) comes equipped with the quick swap toolhead plate, which allows for adjustable tightness between the toolhead bracket and the toolhead plate for seamless operation and customization.

4. How are Snapmaker Artisan and Snapmaker 2.0 compatible with other modules and addons?

5. Should I choose the Artisan 3-in-1 3D Printer or three separate machines for 3D printing, CNC milling, and laser engraving?

Opting for the Snapmaker Artisan offers significant benefits if you prioritize a streamlined workflow and space efficiency. This all-in-one machine combines advanced 3D printing, CNC milling, and laser engraving in a single, compact unit. Its modular design allows for quick and easy switching between functions, maximizing both time and space. Equipped with high-precision components like a dual-nozzle printer and a powerful laser module, the Artisan ensures top-quality outputs across various tasks, making it an excellent choice for those seeking versatility without the spatial demands of multiple devices.

6. What safety mechanisms are in place during laser operations on the Artisan 3-in-1 3D Printer?

We embedded a door-detection sensor in the Enclosure, a gyro sensor and temperature sensor in the Laser module, Emergency Stop Button in the Integrated Controller. Your safety is in good hands.

7. How does the dual extruder function enhance 3D printing on the Snapmaker Artisan?

The dual extruder allows for printing with two different colors or materials simultaneously, ideal for creating complex models with support structures or multi-colored objects.

Specifications

General

Dimensions

584mm × 499mm × 730mm

Build Volume

270mm × 270mm × 270mm

Weight

18.2kg

Printing Properties

Printing Technology

Fused Deposition Modeling

Build Volume

584mm × 499mm × 730mm

Max Toolhead Speed

500mm/s

Max Acceleration Speed

20,000mm/s²

Toolhead

Toolheads Included

Fused Deposition Modeling

Max Flow for Hot End

584mm × 499mm × 730mm

Nozzle

18.2kg

Max Nozzle Temperature

18.2kg

Nozzle

18.2kg

Nozzle

18.2kg

Nozzle

18.2kg

Features
Specification & Parts

Snapmaker U1

THE Consumer Toolchanger 3D Printer.
Make More. Waste Less.

Get the Highlights.

SnapSwap™ Toolchanging System.

4 Toolheads. Direct Swaps in 5s.

Minimal Purge.

Up to 85% Less Waste.

Multi-Material Freedom.

Rigid Meets Flexible & Beyond.

Smart
Calibration.

Precise Alignment.

Smart Print Monitoring.

Spot Issues Early.

Auto Filament System.

Load and Go.

Optional Top Cover.

Unlock ABS, ASA, and More.

An Open, Evolving Ecosystem.

Models, Materials, and Modifications.

270 mm Cubed Build Volume.

Room for Big Ideas.

THE Toolchanger, Recognized by Experts.

An Affordable Tool Changer For All.

Snapmaker U1 is the machine we’ve been waiting for — an affordable four-color 3D printer that doesn’t waste your filament. It has speed, style, and out-of-the-box simplicity.

It’s the Best Thing Snapmaker’s Ever Made.

Snapmaker has made a tool changer that not only works well but also serves as an out-of-the-box solution with little to no setup time...and the U1 is a smart way to do multi-material printing that reduces almost all the waste most color systems produce.

Make Haste, Not Waste.

Zero-waste multicolor printing is the new frontier, and Snapmaker is getting ahead with this “simple” toolchanger… It’s, ultimately, a remarkable thing that a device at this price point can reliably pick up and park toolheads like it does.

Perspectives from Pros.

One Toolchanger. More Ways to Make.

Whether you're designing for home use, leveling up toys and games, tackling hands-on hobbies and DIY projects, or expressing yourself through fashion and art, U1 makes it all effortless and fun.

Home Use

Make Everyday Life Easier.

Toys & Games

Bring Prints to Playtime.

Hobby & DIY

Rapid Prototyping, Right in Your Garage.

Fashion & Art

Design with Color, Texture, and Flexibility.

SnapSwap™: The Benchmark for Toolchanging

Redefine multicolor and multimaterial printing with SnapSwap™. Four independent, preheated toolheads let U1 switch colors and materials in just 5 seconds^[1]—without all the cutting, purging, and wastefulness of conventional systems. Meanwhile, our precision kinematic coupling and mechanical locking system deliver accurate, dependable tool changes print after print. Print faster and more efficient—time after time.

Direct Toolhead Swaps. Built for Speed.

Each color or material stays loaded in its own dedicated toolhead. Instead of repeatedly unloading, reloading, and purging filament through a shared nozzle, the printer swaps one complete toolhead for another in just 5 seconds. Paired with a compact CoreXY system that drives the active toolhead at speeds of up to 500 mm/s, this direct-swap mechanism helps deliver a more efficient multicolor and multi-material printing experience.

Precise Locking, Swap After Swap.

U1 uses steel-ball kinematic couplings to guide each toolhead into the same precise position, then secures it with a mechanical lock—no extra motors required. Tested for over 1,000,000 continuous swaps with zero mechanical failures, the mechanism is built to remain accurate and dependable through long-term use.

Multi-Color Printing with Less Waste.

Purge waste from conventional multicolor systems often exceed the material used in the model itself. By switching complete toolheads to minimize purging during color changes^[2], U1 uses more filament for the actual print and less for waste—cutting waste by up to 85%^[3], lowering the cost of every multicolor project and making frequent color changes and batch production more practical.

Multi-Material. Endless Possibilities.

With four independent toolheads, U1 reduces assembly time by integrating multiple materials and colors into the same print. Pair rigid and flexible filaments, blend TPUs across varying colors and shore hardnesses, or leverage PETG, PVA, and breakaway supports without cross-contamination or excessive waste. Looking to go further? The optional Top Cover provides the thermal stability required for high-temperature engineering filaments.

Rigid-Flex Co-Printing

PETG HF + TPU 95A HF

Modular East-West Bag @variableseams

Mixed TPU (Multiple Colors & Shore Hardness Levels)

TPU 95A HF + TPU 90A

Perforated Clogs @Snapmaker

Water-Soluble Support

SnapSpeed PLA + PVA

Complex Bridge @BoSeong Hwang

Enclosed High-Temp Printing With Top Cover

ASA + PAHT-CF

Exploration Vehicle (Wheel) @Snapmaker

Precision and Simplicity, Built In.

From precise calibration and motion control to effortless filament management and smart print monitoring, U1 brings precision and simplicity to your workflow. Automatic loading, detection, adjustment, and alerts work in the background, so you can spend less time managing the machine and more time creating.

Precise Control. Consistent Results.

Four Toolheads. Aligned as One.

U1 automatically calibrates the XYZ offsets between all four toolheads, keeping their relative positioning within 0.04 mm^[6]. Colors, materials, and support interfaces stay precisely aligned—without repetitive manual adjustment.

Smooth Prints, Even at Speed.

Input Shaping uses data from a precision accelerometer to compensate for resonance during rapid movement and directional changes. It reduces ringing and ghosting, helping U1 maintain smooth walls, clean edges, and sharp details even at high printing speeds.

Fine-Tuned Extrusion for Sharp Details.

Pressure Advance adjusts extrusion timing as printing speed and direction change. By compensating for pressure buildup and response delay inside the nozzle, it reduces blobs, thinning, and uneven corners—producing smoother lines and cleaner, more consistent details.

Reliable First Layer, Automatically.

Automatic mesh bed leveling maps the build surface and compensates for height variations across the bed. It maintains a consistent nozzle distance, delivering a flat, even, and dependable first layer with less manual setup.

Effortless Filament Management.

Keep up to four spools loaded and ready. Auto-loading reduces manual feeding, Backup Mode switches to a matching spool when one runs out, and RFID recognition identifies key information for supported Snapmaker filaments. A dedicated waste collector keeps purge waste contained for easier routine cleanup. Together, these features simplify filament management from loading to cleanup while helping keep prints moving with fewer interruptions.

Auto-loading

Spend less time threading, fiddling, or second-guessing your setup. Just hang your filament and let it roll.

Backup Mode

When Backup Mode is on, U1 automatically switches to a matching spool when one runs out, so you'll never stress over what to do with those almost-empty rolls.

RFID Recognition

U1 uses RFID to detect specs like color, type, and more for Snapmaker official filaments, reducing the need for manual input.

Waste Collector

Small amounts of filament waste produced by nozzle clearing, wiping, and flow-rate calibration are collected in U1’s waste collector for easier cleanup.

Capture the Highlights, Detect the Messes.

The built-in camera with AI-assisted monitoring lets you monitor prints remotely and record time-lapses, while automatically detecting issues like spaghetti and workspace obstructions. Powered by over a dozen sensors and built-in checks, U1 also monitors filament runout, air printing, toolhead pick-and-place errors, a missing build plate, and power loss. When an issue is detected, it alerts you or guides recovery—minimizing failed prints, wasted material, and unnecessary downtime.

Spaghetti

Build-Plate Obstructions

Toolhead Swapping Error

Filament Runout

Air Printing

Build Plate Placement Error

Power Loss

Evolving Ecosystem. Endless Possibilities.

Driven by open-source compatibility and community innovation, the U1 ecosystem is ever-evolving. From Snapmaker Orca and the Snapmaker App to an expanding model platform, a versatile filament collection, and continually updated features like Full Spectrum, U1 opens up more ways to explore and create.

Manage Your Prints with Ease.

Slice and fine-tune your projects in Snapmaker Orca, manage everyday tasks from the touchscreen, and monitor or control prints remotely through the Snapmaker App. Built on the open-source Orca Slicer foundation, Snapmaker Orca also integrates U1-specific workflows such as Full Spectrum—bringing setup, control, and creative tools together across devices.

Color Mixing with Full Spectrum Slicing.

Explore color-mixing effects in Snapmaker Orca and create a wider range of color possibilities using filaments in just four colors.

Unleash Your Creativity on the Snapmaker Model Platform (Beta).

Join the whitelist for early access to the Snapmaker Model Platform (Beta), rolling out in stages. Explore models for multicolor and multi-material printing—and unlock more possibilities with U1’s four toolheads.

Get Early Access

An Ever-Expanding Filament Lineup.

Aesthetics, strength, flexibility, or easy-breakaway supports—Snapmaker’s evolving filament collection unlocks new dimensions for your designs and expands how your prints look, feel, and perform. As the ecosystem grows, so do the possibilities with U1.

Proven Reliability. Built for More.

Backed by extensive durability testing and more than 100,000 units shipped worldwide, U1 is built for dependable long-term performance. With an all-metal frame, a robust CoreXY system, a spacious build volume, and an optional Top Cover for a more controlled printing environment, U1 is ready for longer jobs, larger projects, and more materials.

Proven Reliability. Built for More.

A Machine You Can Count On.

More than 100,000 users worldwide have put U1 to work–from everyday makers and print-farm operators to leading YouTubers, professional reviewers, and tech publications. Across high-hour machines, daily production use, and long-term reviews, the verdict is consistent: U1 delivers reliable, dependable performance print after print.

Community-Proven Reliability^[7].

Built and Tested for Long-Term Performance.

A welded all-metal frame provides a stable mechanical foundation, while the lightweight carbon-fiber X-axis reduces moving mass for faster, more responsive motion. Together with the CoreXY system and extensive durability testing, these elements help U1 maintain stable, repeatable performance through long print jobs, high-speed movement, and frequent toolhead swaps.

270 mm Cubed Build Volume. More Room to Create.

With a full 270 × 270 × 270 mm build volume, U1 gives creators more room for large models, batch printing, and multi-part projects. The spacious platform expands what can be made without giving up the speed, efficiency, and material flexibility of four independent toolheads.

A Controlled Environment with the Top Cover.

The optional U1 Top Cover creates a stable, enclosed environment for reliable printing with more materials. Filament-adaptive thermal management retains heat to unlock high-temperature filaments such as ABS and ASA, or exhausts heat for low-temperature materials, while three-stage air filtration in internal circulation mode reduces odors, VOCs, and fine particles for added protection—expanding what U1 can print with greater control and confidence.

Specifications

General

Dimensions2

584mm × 499mm × 730mm

Weight

18.2kg

Printing Properties

Printing Technology

Fused Deposition Modeling

Build Volume

270mm × 270mm × 270mm

Max Toolhead Speed

500mm/s

Max Acceleration Speed

20,000mm/s²

Toolhead

Toolheads Included

Max Flow for Hot End

32mm³/s[6]

Nozzle

Stainless Steel

Max Nozzle Temperature

300°C

Nozzle Diameter

0.4mm

Filament Diameter

1.75mm

Part Cooling

Main & Auxiliary Part Cooling Fans

Heated Bed

Build Plate

Flexible Steel Sheet with PEI Surface

Max Heated Bed Temperature

100°C

Supported Filament Type

Basic Material Compatibility

PLA, PETG, TPU, PVA, PCTG

With Optional Top Cover

PLA, PETG, TPU, PVA, PET, ABS, ASA, PA, PC

With Top Cover & Hardened Steel Nozzle

PLA, PETG, TPU, PVA, PET, ABS, ASA, PA, PC, Carbon-fiber-reinforced Polymer, Glass-fiber-reinforced Polymer

Electronics

Touchscreen

3.5-inch 320 × 480 Touchscreen

Data Transmission Methods

Wi-Fi (IEEE802.11b/g/n Standards, 2.4GHz), USB Flash Drive

Storage

26 GB eMMC

Live View Camera

2 Megapixel Built-in Chamber Camera

Max Input Power

1150 W (220-240 V~), 400 W (100-120V~)

Max Input Current

6 A(220-240V~), 4 A(100-120 V~)

Auto-calibration

Heated Bed Leveling

Mesh Bed Leveling

Active Vibration Control

Accelerometer & Input Shaping Calibration

Automatic Flow Compensation

Pressure Advance Calibration

Automatic Toolhead Offset Calibration

Coordinate Measuring Calibration

Automatic Filament System

Auto-feed

Supported

Backup Mode

Supported

Filament RFID Recognition

Supported

Failure Detection

Air Printing Detection

Supported

Filament Run Out Detection

Supported

Power Loss Recovery

Supported

Anomaly Detection

Toolhead Swap Error Detection

Supported

Build Plate Presence Detection

Supported

Build Plate Obstruction Detection

Supported

Software

Supported Slicer

Snapmaker Orca, Orcaslicer

APP

Snapmaker APP

Operating System

Software

Windows, macOS, Linux

APP

Android, iOS

Firmware

Firmware

Klipper

Specifications

General

Dimensions

584mm × 499mm × 730mm

Build Volume

270mm × 270mm × 270mm

Weight

18.2kg

Printing Properties

Printing Technology

Fused Deposition Modeling

Build Volume

584mm × 499mm × 730mm

Max Toolhead Speed

500mm/s

Max Acceleration Speed

20,000mm/s²

Toolhead

Toolheads Included

Max Flow for Hot End

32mm³/s[6]

Nozzle

Stainless Steel

Max Nozzle Temperature

300°C

Nozzle Diameter

0.4mm

Filament Diameter

1.75mm

Part Cooling

Main & Auxiliary Part Cooling Fans

Heated Bed

Build Plate

Flexible Steel Sheet with PEI Surface

Max Heated Bed Temperature

100°C

Supported Filament Type

Basic Material Compatibility

PLA, PETG, TPU, PVA, PCTG

With Optional Top Cover

PLA, PETG, TPU, PVA, PET, ABS, ASA,  PA, PC

With Top Cover & Hardened Steel Nozzle

PLA, PETG, TPU, PVA, PET, ABS, ASA, PA, PC, Carbon-fiber-reinforced Polymer, Glass-fiber-reinforced Polymer

Electronics

Touchscreen

3.5-inch 320 × 480 Touchscreen

Data Transmission Methods

Wi-Fi (IEEE802.11b/g/n Standards, 2.4GHz), USB Flash Drive

Storage

26 GB eMMC

Live View Camera

2 Megapixel Built-in Chamber Camera

Max Input Power

1150 W (220-240 V~), 400 W (100-120V~)

Max Input Current

6 A(220-240V~), 4 A(100-120 V~)

Auto-calibration

Heated Bed Leveling

Mesh Bed Leveling

Active Vibration Control

Accelerometer & Input Shaping Calibration(

Automatic Flow Compensation

Pressure Advance Calibration

Automatic Toolhead Offset Calibration

Coordinate Measuring Calibration

Automatic Filament System

Auto-feed

Supported

Backup Mode

Supported

Filament RFID Recognition

Supported

Failure Detection

Air Printing Detection

Supported

Filament Run Out Detection

Supported

Power Loss Recovery

Supported

Anomaly Detection

Toolhead Swap Error Detection

Supported

Build Plate Presence Detection

Supported

Build Plate Obstruction Detection

Supported

Software

Supported Slicer

Snapmaker Orca, Orcaslicer

APP

Snapmaker APP

Firmware

Firmware

Klipper

In the Box

Snapmaker U1 color 3D printer kit contents featuring SnapSwap toolheads and quick start guide.

3D printer with accessories and filament spools arranged around it.

1. Snapmaker U1 3D Printer (Textured PEI Steel Sheet) × 1
2. Tool and accessory box × 1[8]
3. Toolhead with hot end × 4
4. SnapSpeed PLA Filament × 4
5. Filament holder × 4

6. Safety Guidelines × 1
7. Quick Start Guide × 1
8. Filament feeder × 2
9. Waste collector × 1
10. Toolhead cable × 4
11. AC power cable × 1

Features
Specification & Parts

Snapmaker U1

THE Consumer Toolchanger 3D Printer.

Make More. Waste Less.

Get the Highlights.

Graphic showcasing 3D printing features and capabilities of SnapSwap technology.

SnapSwap™ Toolchanging System.

4 Toolheads. Direct Swaps in 5s.

Minimal Purge.

Up to 85% Less Waste.

Multi-Material Freedom.

Rigid Meets Flexible & Beyond.

Smart Calibration.

Precise Alignment.

Smart Print Monitoring.

Spot Issues Early.

Auto Filament System.

Load and Go.

Optional Top Cover.

Unlock ABS, ASA, and More.

An Open, Evolving Ecosystem.

Models, Materials, and Modifications.

270 mm Cubed Build Volume.

Room for Big Ideas.

THE Toolchanger, Recognized by Experts.

A display of colorful animal figurines on white shelves.

Start Printing Right Away

30 curated models with tuned settings are now available in Snapmaker Orca and the App.

Ready to Print, Ready to Impress

A sloth hanging from a tree branch sculpture.

Colorful fidget toys hanging with various shapes and patterns.

Tree trunk trash can with swing lid, designed by Guzzini.

A blue robotic turtle toy on a wooden surface.

Four cute ghost figurines in a row on a table.

Van Gogh's Starry Night hanging on a wall.

Articulated dinosaur toy in red and blue colors on a magazine.

Sloth hanging from a tree branch, crafted by MatMire Makes.

Colorful fidget pads hanging, designed for sensory stimulation and relaxation.

Tree trunk-shaped trash can with a swing lid by Gazzaladra.

Four cute mini ghost figurines in a row.

A blue and orange robotic tortoise on a wooden surface.

Van Gogh's Starry Night artwork displayed on a stand.

Christmas Santa decoration compatible with tea light by SabreDesign.

Red and blue dinosaur tissue box on a magazine.

An Affordable Tool Changer For All.

Snapmaker U1 is the machine we’ve been waiting for — an affordable four-color 3D printer that doesn’t waste your filament. It has speed, style, and out-of-the-box simplicity.

It’s the Best Thing Snapmaker’s Ever Made.

Make Haste, Not Waste.

Perspectives from Pros.

Text excerpts about a 3D printer and its features.

Home Use & Toys
Hobby & DIY
Fashion & Art

Child and adult playing with toys in a cozy living room setting.

Designer using Snapmaker U1 color 3D printer for large-scale mechanical project.

Person assembling an orange robotic model in a workshop setting.

Snapmaker U1 color 3D printer used by designer to produce decorative multi-color crafts.

Woman using a 3D printer in a bright kitchen environment.

One Toolchanger. More Ways to Make.

Whether you're designing for home use, leveling up toys and games, tackling hands-on hobbies and DIY projects, or expressing yourself through fashion and art, U1 makes it all effortless and fun.

Home Use

Make Everyday Life Easier.

Toys & Games

Bring Prints to Playtime.

Hobby & DIY

Rapid Prototyping, Right in Your Garage.

Fashion & Art

Design with Color, Texture, and Flexibility.

SnapSwap™: The Benchmark for Toolchanging

Switch Filaments in 5 Seconds with SnapSwap™

Most printers rely on filament changers to switch between colors or materials, spending more time purging than actually printing. With four toolheads preloaded and pre-heated with their own filaments, the SnapSwap™ system lets the U1 switch by simply swapping the toolheads, cutting your wait time from approximately two minutes to only five seconds[2].

Direct Toolhead Swaps. Built for Speed.

Precise Locking, Swap After Swap.

No More Purging for Color Change

Filament-changing printers "purge" by wasting perfectly good filament—pushing one color through the nozzle until the last trace of the old one is gone. The U1 doesn't play that game. It only purges the tiny amount of filament that's actually degraded by the time a new print job begins, or during flow-rate calibration, cutting waste by up to 80%[3] on every print.

Rock-Solid & Precise Locks

The U1 uses steel-ball kinematic couplings to click each print heat into perfect position, then locks it securely—no screws, no magnets, no extra motors. Locked fast, rock solid, tested over 1,000,000 swaps with zero failures.

Multi-Color Printing with Less Waste.

Multi-Material. Endless Possibilities.

Rigid-Flex Co-Printing

PETG HF + TPU 95A HF

Modular East-West Bag @variableseams

Mixed TPU (Multiple Colors & Shore Hardness Levels)

TPU 95A HF + TPU 90A

Perforated Clogs @Snapmaker

Water-Soluble Support

SnapSpeed PLA + PVA

Complex Bridge @BoSeong Hwang

Enclosed High-Temp Printing With Top Cover

ASA + PAHT-CF

Exploration Vehicle (Wheel) @Snapmaker

Mix Materials for Easy-to-Remove Supports

PETG Support
PVA Support

With 4 toolheads, U1 prints stable PETG components to support your creation safely, avoiding mid-print warping. These supports are easy to detach without damage, so you can skip tedious prying and keep your finished prints intact.

PVA is costly but necessary for some creations. U1's 4-toolhead system minimizes purges to little or zero, so you can pair PVA with other materials freely, reduce waste greatly, and save money dramatically!

Blend Rigid and Flexible Materials

PETG+TPU
PLA+TPU

With 4 individual extruders, you can match flexible TPU and rigid PETG together, print more creative artwork such as a 3D printed hand bag.

Precision and Simplicity, Built In.

Precise Control. Consistent Results.

Four Toolheads. Aligned as One.

Smooth Prints, Even at Speed.

Fine-Tuned Extrusion for Sharp Details.

Reliable First Layer, Automatically.

Effortless Filament Management.

Auto-loading

Spend less time threading, fiddling, or second-guessing your setup. Just hang your filament and let it roll.

Backup Mode

When Backup Mode is on, U1 automatically switches to a matching spool when one runs out, so you'll never stress over what to do with those almost-empty rolls.

RFID Recognition

U1 uses RFID to detect specs like color, type, and more for Snapmaker official filaments, reducing the need for manual input.

Waste Collector

Small amounts of filament waste produced by nozzle clearing, wiping, and flow-rate calibration are collected in U1’s waste collector for easier cleanup.

How the U1 Is Built and Tested

Snapmaker machines are built for excellence, as our longtime users know very well. From careful assembly to rigorous lab testing, each unit is crafted for the reliability, consistency, and creative freedom you've come to expect.

Capture the Highlights, Detect the Messes.

How the U1 Is Built and Tested

Spaghetti

Build-Plate Obstructions

Toolhead Swapping Error

Filament Runout

Air Printing

Build Plate Placement Error

Power Loss

How the U1 Is Built and Tested

Evolving Ecosystem. Endless Possibilities.

Manage Your Prints with Ease.

Color Mixing with Full Spectrum Slicing.

Explore color-mixing effects in Snapmaker Orca and create a wider range of color possibilities using filaments in just four colors.

Unleash Your Creativity on the Snapmaker Model Platform (Beta).

Get Early Access

An Ever-Expanding Filament Lineup.

Proven Reliability. Built for More.

A Machine You Can Count On.

Community-Proven Reliability^[7].

Built and Tested for Long-Term Performance.

270 mm Cubed Build Volume. More Room to Create.

A Controlled Environment with the Top Cover.

Specifications

General

Dimensions2

584mm × 499mm × 730mm

Weight

18.2kg

Printing Properties

Printing Technology

Fused Deposition Modeling

Build Volume

270mm × 270mm × 270mm

Max Toolhead Speed

500mm/s

Max Acceleration Speed

20,000mm/s²

Toolhead

Toolheads Included

Max Flow for Hot End

32mm³/s[6]

Nozzle

Stainless Steel

Max Nozzle Temperature

300°C

Nozzle Diameter

0.4mm

Filament Diameter

1.75mm

Part Cooling

Main & Auxiliary Part Cooling Fans

Heated Bed

Build Plate

Flexible Steel Sheet with PEI Surface

Max Heated Bed Temperature

100°C

Supported Filament Type

Basic Material Compatibility

PLA, PETG, TPU, PVA, PCTG

With Optional Top Cover

PLA, PETG, TPU, PVA, PET, ABS, ASA, PA, PC

With Top Cover & Hardened Steel Nozzle

PLA, PETG, TPU, PVA, PET, ABS, ASA, PA, PC, Carbon-fiber-reinforced Polymer, Glass-fiber-reinforced Polymer

Electronics

Touchscreen

3.5-inch 320 × 480 Touchscreen

Data Transmission Methods

Wi-Fi (IEEE802.11b/g/n Standards, 2.4GHz), USB Flash Drive

Storage

26 GB eMMC

Live View Camera

2 Megapixel Built-in Chamber Camera

Max Input Power

1150 W (220-240 V~), 400 W (100-120V~)

Max Input Current

6 A(220-240V~), 4 A(100-120 V~)

Auto-calibration

Heated Bed Leveling

Mesh Bed Leveling

Active Vibration Control

Accelerometer & Input Shaping Calibration

Automatic Flow Compensation

Pressure Advance Calibration

Automatic Toolhead Offset Calibration

Coordinate Measuring Calibration

Automatic Filament System

Auto-feed

Supported

Backup Mode

Supported

Filament RFID Recognition

Supported

Failure Detection

Air Printing Detection

Supported

Filament Run Out Detection

Supported

Power Loss Recovery

Supported

Anomaly Detection

Toolhead Swap Error Detection

Supported

Build Plate Presence Detection

Supported

Build Plate Obstruction Detection

Supported

Software

Supported Slicer

Snapmaker Orca, Orcaslicer

APP

Snapmaker APP

Operating System

Software

Windows, macOS, Linux

APP

Android, iOS

Firmware

Firmware

Klipper

Specifications

General

Dimensions

584mm × 499mm × 730mm

Build Volume

270mm × 270mm × 270mm

Weight

18.2kg

Printing Properties

Printing Technology

Fused Deposition Modeling

Build Volume

584mm × 499mm × 730mm

Max Toolhead Speed

500mm/s

Max Acceleration Speed

20,000mm/s²

Toolhead

Toolheads Included

Max Flow for Hot End

32mm³/s[6]

Nozzle

Stainless Steel

Max Nozzle Temperature

300°C

Nozzle Diameter

0.4mm

Filament Diameter

1.75mm

Part Cooling

Main & Auxiliary Part Cooling Fans

Heated Bed

Build Plate

Flexible Steel Sheet with PEI Surface

Max Heated Bed Temperature

100°C

Supported Filament Type

Basic Material Compatibility

PLA, PETG, TPU, PVA, PCTG

With Optional Top Cover

PLA, PETG, TPU, PVA, PET, ABS, ASA,  PA, PC

With Top Cover & Hardened Steel Nozzle

PLA, PETG, TPU, PVA, PET, ABS, ASA, PA, PC, Carbon-fiber-reinforced Polymer, Glass-fiber-reinforced Polymer

Electronics

Touchscreen

3.5-inch 320 × 480 Touchscreen

Data Transmission Methods

Wi-Fi (IEEE802.11b/g/n Standards, 2.4GHz), USB Flash Drive

Storage

26 GB eMMC

Live View Camera

2 Megapixel Built-in Chamber Camera

Max Input Power

1150 W (220-240 V~), 400 W (100-120V~)

Max Input Current

6 A(220-240V~), 4 A(100-120 V~)

Auto-calibration

Heated Bed Leveling

Mesh Bed Leveling

Active Vibration Control

Accelerometer & Input Shaping Calibration(

Automatic Flow Compensation

Pressure Advance Calibration

Automatic Toolhead Offset Calibration

Coordinate Measuring Calibration

Automatic Filament System

Auto-feed

Supported

Backup Mode

Supported

Filament RFID Recognition

Supported

Failure Detection

Air Printing Detection

Supported

Filament Run Out Detection

Supported

Power Loss Recovery

Supported

Anomaly Detection

Toolhead Swap Error Detection

Supported

Build Plate Presence Detection

Supported

Build Plate Obstruction Detection

Supported

Software

Supported Slicer

Snapmaker Orca, Orcaslicer

APP

Snapmaker APP

Firmware

Firmware

Klipper

In the Box

1. Snapmaker U1 3D Printer (Textured PEI Steel Sheet) × 1
2. Tool and accessory box × 1[8]
3. Toolhead with hot end × 4
4. SnapSpeed PLA Filament × 4
5. Filament holder × 4

6. Safety Guidelines × 1
7. Quick Start Guide × 1
8. Filament feeder × 2
9. Waste collector × 1
10. Toolhead cable × 4
11. AC power cable × 1

Notes:
[1] This is a typical result from Snapmaker Lab tests and is for reference only.
[2] “purging during color changes” here refers specifically to the process of squeezing out the remaining material from the extrusion path during color or material changes. In the following operations, the U1 produces a small amount of scrap material that isn’t part of what we define as “purging for color change”: (1) clearing leftover filament from the nozzle before each print job; (2) wiping the nozzle tip during a color change (i.e., building a prime/wiping tower); (3) performing flow rate calibration.
[3] Filament usage may vary with model size, color layout, and print settings. In Snapmaker Lab tests under similar conditions, the U1 used up to 85% less filament than printers using shared-nozzle filament switching for the same multi-color prints.
[4] “Other” refers to a 3D printer using shared-nozzle filament switching.
[5] “Total Waste” includes supports, the prime tower, minor waste from pre-print nozzle clearing and flow rate calibration (U1), and purge waste (Other).
[6] This data was measured using clean nozzles. Calibrating with an unclean nozzle could lead to less accurate results.
[7] Based on community-reported usage data collected in July 2026. Displayed print hours reflect individual machines at the time of reporting. Individual usage and results may vary.

Frequently Asked Questions

1. What is the standard nozzle size of the Snapmaker U1?

Snapmaker U1 comes equipped with 4 x 0.4 mm proprietary stainless hotends, along with one spare hotend.

The Heat Sink, Heat Break, Heater Block, and Nozzle are integrated into a single unit and assembled using an interference fit technique, which minimizes filament oozing and heat resistance. They cannot be replaced individually.

2. What connection methods does the Snapmaker U1 support?

The Snapmaker U1 supports two connection methods: Wi-Fi and a USB flash drive. You can either connect wirelessly via Wi-Fi to send print jobs or use a USB drive to transfer and start prints directly from the machine.

3. What is the thickness of the heated bed?

The heated bed has an overall thickness of 6.5 mm, consisting of a 1.5 mm base plus 5 mm reinforcing ribs. With this structure, the bed mesh variation is generally controlled within 0.4 mm, ensuring stability and reliable print quality.

4. Does the Snapmaker U1 support third-party filaments?

Yes, the Snapmaker U1 is compatible with third-party filaments, provided they have a diameter of 1.75 mm and meet general material quality standards. However, please note that the RFID recognition feature will not work with third-party filaments.

5.Does the U1 support printing with TPU filaments?

The TPU materials tested so far have a hardness of ≥90A, while those with a hardness of <90A are currently being evaluated. To ensure optimal print quality, we recommend drying the filament before printing.

6.What is the maximum spool size the holder can accommodate?

The spool holder supports spools with an inner diameter of 52–60 mm, a maximum width of 70 mm, and a weight of up to 1 kg. Please ensure your filament spool falls within these limits to avoid feeding issues.

7. What are the Dimensions and Weight of the Snapmaker U1 Shipping Box?

Dimensions: 580mm x 540mm x 500mm
Weight: 26kg (incl. 500g*4 spools of filament)

8. What slicing software is supported by Snapmaker U1?

We recommend using Snapmaker Orca with the Snapmaker U1 for the best printing experience. We have optimized and adapted several material profiles and settings directly within Snapmaker Orca to ensure smooth and high-quality prints. However, you can also choose OrcaSlicer to import and generate G-code files based on your personal preference.

9. What firmware does the Snapmaker U1 use, and is it open source?

Snapmaker U1 runs on Klipper firmware, with Moonraker for API management. Both have been modified by Snapmaker and are scheduled to be released as open source before March 2026. We also use Fluidd as the web client, which we have not modified and can be open-sourced at any time.

We are currently in a phase of rapid iteration, and additional work is needed to prepare an open-source environment that allows users to modify the code and run it properly on the U1. Once this preparation is complete, we will release the code as promised.

10. U1 Warranty Policy

• 2-year warranty for users from the EU, Switzerland, Norway, and Iceland.
• 1-year warranty for the rest of the world (any country not mentioned above).

For more details, please refer to: U1 Warranty Policy

Stay Updated!

Snapmaker U1 3D Printer

Featured RFID Filament

Featured RFID Filament

ABS Filament (RFID) - 1kg

ASA Filament (RFID) - 1kg

PETG Translucent Filament (RFID) - 1kg

Wood PLA Filament (RFID) - 1kg

TPU 90A Filament (1kg)

Silk Dual-Color PLA Filament (RFID) - 1kg

PETG HF Filament (RFID) - 1kg

TPU 95A HF Filament (1kg)

SnapSpeed PLA Filament (RFID) - 1KG

Silk PLA Filament (RFID) - 1kg

Matte PLA Filament (RFID) - 1KG

Glow-in-the-dark Green PLA Filament (1kg)

Featured Add-ons & Accessories

Featured Add-ons & Accessories

Top Cover for Snapmaker U1

Hot End for Snapmaker U1

SnapDryer Bundle

PEI Steel Plate (Smooth, for Snapmaker U1)

Graphic Effect Steel Plate for Snapmaker U1

Nozzle Cleaning Brushes & Parking Pads Kit for Snapmaker U1

Hot End Silicone Sock 4-Pack for Snapmaker U1

Snapmaker Care for U1

1. Does Snapmaker support trade-in?

2. If I purchase the Artisan 3-in-1 3D Printer(Premium), do I also need to purchase the Boosted Exhaust Fan?

3. Is a quick swap toolhead plate included with the purchase of the Artisan 3-in-1 3D Printer (Premium)?

4. How are Snapmaker Artisan and Snapmaker 2.0 compatible with other modules and addons?

5. Should I choose the Artisan 3-in-1 3D Printer or three separate machines for 3D printing, CNC milling, and laser engraving?

6. What safety mechanisms are in place during laser operations on the Artisan 3-in-1 3D Printer?

7. How does the dual extruder function enhance 3D printing on the Snapmaker Artisan?

1. What is the standard nozzle size of the Snapmaker U1?

2. What connection methods does the Snapmaker U1 support?

3. What is the thickness of the heated bed?

4. Does the Snapmaker U1 support third-party filaments?

5.Does the U1 support printing with TPU filaments?

6.What is the maximum spool size the holder can accommodate?

7. What are the Dimensions and Weight of the Snapmaker U1 Shipping Box?

8. What slicing software is supported by Snapmaker U1?

9. What firmware does the Snapmaker U1 use, and is it open source?

10. U1 Warranty Policy

Snapmaker U1 3D Printer