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Get Highlights

12 Auto-Swapping Nozzles

Powered by OmniElement™

90% Less Waste | 50% Faster Swaps

Efficiency, redefined

36 Colors | 12 Materials

Limitless creativity in one print

53 Sensors | 4 Cameras

Real-time monitoring

Built-in Drying | +50% Capacity

RFD-6 Integrated System. Print and dry simultaneously*

800 mm/s Speed | 20,000 mm/s² Acceleration

Industrial-grade performance without compromise

Multi-Material. Multi-Color.

Simplified

Multi-Material. Multi-Color.

Simplified

Multi-Material. Multi-Color.

Simplified

Zero-Wait
Delivery*

The Dual Feeding System preloads filament before nozzle engagement. When the nozzle switches,
material is immediately available, reducing transition time and idle movement.

Zero-Wait 
Delivery*
Efficiency, Redefined
Auto-Switching Nozzles

12

One nozzle per filament
Reduced Waste*

-90%

Optimized filament use
Faster Switching*

+50%

Faster material transitions
Auto-Switching Nozzles

12

One nozzle per filament
Reduced Waste*

-90%

Optimized filament use
Faster Switching*

+50%

Faster material transitions
Creation, Unbound

Creation, Unbound

Creation, Unbound
Beyond Dimensions
OmniElement™ auto-swapping nozzles + Dual Feeding System deliver 12 preloaded, automatic nozzles. Materials and colors stay separated for zero wait between filament changes.
Supports 0.2, 0.4, 0.6, 0.8 mm nozzles for detailed prints or large infills. One Palette 300 handles multi-dimensional designs from a single device.
12
Personalized CombinationsMix colors and materials freely
0
Manual ChangingPreloaded nozzles, ready to print
Color Your World
The RFD-6 Multi-Material Management System features 6 independent slots, increasing material capacity by 50% compared to 4-slot configurations. Connect up to 6 RFD-6 units to a single Palette 300 to easily manage 36 different colors.
AtomForm Slicer automates nozzle cleaning and material purging during changes, ensuring every multi-color print.
Up to
36 Colors
Connects 6 RFD-6 units
More Than
50% Capacity
6 material slots
Integrated Filament Management
  • Drying + Printing*
  • Drying Up to 85°C
  • Auto-Rotate Drying
  • Temp & Humidity Detection
  • Automated Dual Venting
Integrated Filament Management

Stable, Reliable, and Precise

Stable, Reliable, and Precise

Stable, Reliable, and Precise

Engineered for
Stability
A minimalist design that
strips away the clutter.
Smart Identification & Durability
Precision Fit & Quick Heat-Up
Dual Cooling & Modular Design
Smart Identification & Durability
Hardened steel core embeded with a unique ID for auto-matching materials. Wire-free design improves durability and reduces failure points.
Precision Fit & Quick Heat-Up
Chromium-zirconium copper ensures a leak-proof seal and Z-axis precision. Reaches target temps in 6 seconds through optimized thermal balancing.
Dual Cooling & Modular Design
Dual-cooling prevents clogs. Magnetic Modular printhead allows for tool-free, "one-click" maintenance.
Smart Identification & Durability
Smart Identification & Durability
Hardened steel core embeded with a unique ID for auto-matching materials. Wire-free design improves durability and reduces failure points.
Precision Fit & Quick Heat-Up
Precision Fit & Quick Heat-Up
Chromium-zirconium copper ensures a leak-proof seal and Z-axis precision. Reaches target temps in 6 seconds through optimized thermal balancing.
Dual Cooling & Modular Design
Dual Cooling & Modular Design
Dual-cooling prevents clogs. Magnetic Modular printhead allows for tool-free, "one-click" maintenance.

Intelligent Positioning System

Positioning accuracy up to ±0.02mm.*

RecognizeRecognizeConfirmConfirmCalibrateCalibrate
Identifies each nozzle's unique attributes from diameter, material, and filnt automatically.
Verifies secure nozzle installation through the printhead camera.
Compensates for minor positional deviations through visual calibration.

Faster. Larger. More Versatile

Faster. Larger. More Versatile

Faster. Larger. More Versatile

Engineered for High-Speed Printing

From drive system to the chassis structure, Palette 300 is engineered for high-speed motion with controlled precision.
20,000mm/s²
Maximum Acceleration
800mm/s
Maximum Printing Speed
FOC Step-Servo Motors -
FOC Step-Servo Motors -
Steel X-Axis Rail -
Steel X-Axis Rail -
High-Strength Frame -
High-Strength Frame -
FOC Step-Servo Motors
Steel X-Axis Rail
High-Strength Frame
Closed-loop feedback corrects position in real time, reducing missed steps and maintaining accuracy at high speed.
Enhances the stability and motion accuracy of the print head and reduces vibration for consistent surface quality
Rigid structure reduces resonance to support stable output during high-speed operation.
FOC Step-Servo Motors

FOC Step-Servo Motors

Closed-loop feedback corrects position in real time, reducing missed steps and maintaining accuracy at high speed.

Steel X-Axis Rail

Steel X-Axis Rail

Enhances the stability and motion accuracy of the print head and reduces vibration for consistent surface quality

High-Strength Frame

High-Strength Frame

Rigid structure reduces resonance to support stable output during high-speed operation.

Efficiency in Action

Wide-Ranging Material Compatibility

Supports standard and engineering-grade materials, including PLA, PETG, PC, and PPA.
350℃ Hotend -
350℃ Hotend -
65℃ Heated Chamber -
65℃ Heated Chamber -
Hardened Steel Components -
Hardened Steel Components -
Dual Cooling Fans -
Dual Cooling Fans -
350℃ Hotend
65℃ Heated Chamber
Hardened Steel Components
Dual Cooling Fans
350℃ Hotend

350℃ Hotend

65℃ Heated Chamber

65℃ Heated Chamber

Hardened Steel Components

Hardened Steel Components

Dual Cooling Fans

Dual Cooling Fans

Create with a
Diverse Range of Materials

Big Ideas.
One Single Build

300 x 300 x 300 mm³ Build Volume
One-Go Production -
One-Go Production -
Full-Scale Prints -
Full-Scale Prints -
One-Go Production
Full-Scale Prints
Print complete multi-material part sets in a single build cycle.
Produce large multi-color models without splitting into multiple sections.
One-Go Production

One-Go Production

Print complete multi-material part sets in a single build cycle.

Full-Scale Prints

Full-Scale Prints

Produce large multi-color models without splitting into multiple sections.

Take a Step Back from Constant Checking

Take a Step Back from Constant Checking

Take a Step Back from Constant Checking

Comprehensive Sensing System

53
Sensors
4
AI Cameras
Smart Feeding -
Smart Feeding -
Motion Control -
Motion Control -
Effortless Calibration -
Effortless Calibration -
AI Vision Monitoring -
AI Vision Monitoring -
Thermal Management -
Thermal Management -
Smart Feeding
Motion Control
Effortless Calibration
AI Vision Monitoring
Thermal Management
Smart Feeding

Smart Feeding

Motion Control

Motion Control

Effortless Calibration

Effortless Calibration

AI Vision Monitoring

AI Vision Monitoring

Thermal Management

Thermal Management

Before Printing

Fully Automated Setup

Achieves a level foundation using three independent Z-axis motors. No manual adjustments needed, reducing uneven layers.

Automatically verifies nozzle cleanliness and plate compatibility for accurate extrusion placement.

During Printing

Real-Time Monitoring

Real-time anomaly detection with instant alerts through the AtomForm App.
Nozzle Buildup
Nozzle Buildup
Warpping
Warpping
Failed Print Detection (Spaghetti)
Failed Print Detection (Spaghetti)
After Printing

AI-Assisted Maintenance

Provides alerts for filter replacement, lead screw lubrication, and chamber cleaning to maintain system performance.

Automatic pre-print checks ensures nozzle condition, readiness, and build plate compatibility for stable, high-speed printing.

Reliable, Out of the Box

Reliable, Out of the Box

Reliable,
Out of the Box

Beauty in Color, Precision in Flow

Ready for Every Creator

STEAM Education
STEAM Education
Transform classroom ideas into physical models. Built for educational environments.
Maker Workshops
Maker Workshops
Bridge the gap from concept to professional prototype with a dependable partner for non-stop production.
Home DIY
Home DIY
Designed for home environments with controlled noise and consistent performance.
Ready for Every Creator
STEAM Education
Maker Workshops
Home DIY
STEAM Education
Transform classroom ideas into physical models. Built for educational environments.
Maker Workshops
Bridge the gap from concept to professional prototype with a dependable partner for non-stop production.
Home DIY
Designed for home environments with controlled noise and consistent performance.
STEAM Education
STEAM Education
Transform classroom ideas into physical models. Built for educational environments.
Maker Workshops
Maker Workshops
Bridge the gap from concept to professional prototype with a dependable partner for non-stop production.
Home DIY
Home DIY
Designed for home environments with controlled noise and consistent performance.

Safe, Clean, Quiet

Dual-Activated Carbon and HEPA Filtration: 


Dual-Activated Carbon and HEPA Filtration: 


High-efficiency filtration reduces VOCs and fine particles (PM2.5) during printing.

Silent Operation at ≤48dB*

Silent Operation at ≤48dB*

Low operating noise supported by sound-insulated enclosure design.

Local Operation Mode

Local Operation Mode

Optional local operation allows cloud services to be disabled for enhanced data control.

Privacy by Design*

Privacy by Design*

The integrated camera is positioned to monitor the build area only and is not intended to capture the surrounding environment.

Efficient Queue Management -
Simplified Device Management -
Simplified Device Management -
Adaptive Parameter Configuration -
Adaptive Parameter Configuration -
Efficient Queue Management
Simplified Device Management
Adaptive Parameter Configuration
Easily manage multiple print tasks within a centralized queue system. No need to toggle between windows for multiple slicing tasks.
Display printer status in the top bar to avoid switching between device pages.
Master the slicer at your own pace with three skill-based levels. Access pre-set templates with a single click.
Efficient Queue Management

Efficient Queue Management

Easily manage multiple print tasks within a centralized queue system. No need to toggle between windows for multiple slicing tasks.

Simplified Device Management

Simplified Device Management

Display printer status in the top bar to avoid switching between device pages.

Adaptive Parameter Configuration

Adaptive Parameter Configuration

Master the slicer at your own pace with three skill-based levels. Access pre-set templates with a single click.

Package List

Palette 300 Combo
Palette 300
RFD-6
Palette 300
Palette 300
RFD-6
RFD-6
PLA Basic White
PLA Basic White
PEI Texture Plate
PEI Texture Plate
AtomForm Toolkit
AtomForm Toolkit
Spool Holder Kit
Spool Holder Kit
Teflon Tubing
Teflon Tubing
Palette 300 Cable
Palette 300 Cable
RFD-6 Cable
RFD-6 Cable
6-pin Connector Cable
6-pin Connector Cable
Desiccant
Desiccant
Palette 300
Palette 300
PLA Basic White
PLA Basic White
PEI Texture Plate
PEI Texture Plate
AtomForm Toolkit
AtomForm Toolkit
Spool Holder Kit
Spool Holder Kit
Teflon Tubing
Teflon Tubing
Palette 300 Cable
Palette 300 Cable
RFD-6
RFD-6
RFD-6 Cable
RFD-6 Cable
6-pin Connector Cable
6-pin Connector Cable
Desiccant
Desiccant
Teflon Tubing
Teflon Tubing

Specifications

Printing Technology
Fused Deposition Modeling (FDM)
Printer Dimensions (W x D x H)
462 x 479 x 579mm³
Filament Box Dimensions (W x D x H)
316 x 278 x 507mm³
Build Volume (W x D x H)
300 x 300 x 300mm³
Chassis Material
Aluminum, Polycarbonate (PC), Glass
Maximum Printing Speed & Acceleration
800 mm/s, 20,000 mm/s²
Printing Accuracy
100±0.1mm
Maximum Nozzle Temperature
350°C
Supported Nozzle Diameters
0.2mm, 0.4mm, 0.6mm, 0.8mm
Included Build Plate
Textured PEI Plate
Max. Heatbed Temperature
110°C
Max. Chamber Temperature
65°C
Air Filtration
HEPA Filter + Activated Carbon Filter
Minimum Noise
48dB
Sensors
Chamber Camera, Printhead Camera, Calibration Camera, Nozzle Camera, Filament Runout Sensor, Filament Tangle Sensor, Filament Type Detection
Smart Calibration
Automatic Belt Tensioning, Flow Rate Calibration, Vibration Compensation (Input Shaping)
Bed Leveling
Triple Independent Z-axis Leveling with Probe-Assisted Calibration
AI Detection
First Layer Inspection, Material Buildup Detection, Failed Print (Spaghetti) Detection, Build Plate Recognition
AI Monitoring and Assistance
Power Loss Recovery, Automatic Filament Backup, Timelapse Recording, Internal Chamber Lighting
Supported Filament Types
PLA, PETG, TPU, PVA, BVOH, ABS, ASA, PC, PA, PET, PPS Carbon/Glass Fiber Reinforced PLA, PETG, PA, PET, PC, ABS, ASA, PPA (CF/GF), PPS (CF/GF)

1. *The product appearance, structure, color, function and other details presented in the promotional materials are for illustration purposes only and may not be an exact representation of the product. Please refer to the actual product for accurate information.
2. *50% Faster Swaps (50% Faster Swapping): This data applies only to a single color or material change.
3. *90% Less Waste: This data applies only to a single color or material change.
4. *Print and dry simultaneously: Due to differences in material thermal stability, simultaneous feeding of PLA and PETG is not recommended while the drying function is active.
5. *Zero-Wait Delivery: This feature is available when the replacement filament is located on a different feeding layer than the active filament. If both filaments are on the same feeding layer within the RFD-6 system, additional loading time is required.
6. *positioning accuracy up to ±0.02mm: Accuracy data was measured using clean nozzles. Calibrating with an unclean nozzle could lead to less accurate results.
7. *Model Filament Usage: Thease datas were obtained by printing with PLA filament and a 0.4 mm standard-flow nozzle, using a 0.2 mm layer height, 200 mm/s outer wall speed, and 250 mm/s infill speed.
8. *Silent Operation at ≤48dB*: This data was tested from AtomForm Lab using a certified decibel meter, measured at a distance of 1 meter from the machine in standby mode. The result ≤48 dB reflects the typical average operational noise level.
9. *Privacy by Design: The camera's physical viewing angle is restricted to prevent capturing the surrounding environment outside the printer enclosure.