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 3D LABS X400

Print high-temperature materials out of the box.

The 3D Labs X400 is engineered for printing high-performance polymers for functional parts and prototypes. PEEK, PEI (Ultem 9085), PSU, PPSU and the full line of 3DXTech Carbon Fiber filaments for tough, high temp ultra performance parts.

Industrial grade high temperature 3D printing at a prosumer price point.

Assembled in the USA with global and domestic materials, and fully supported by our US engineers and material scientists.

Coming Q4 2020

Contact us today for pricing information and a FREE sample print in a high temp material.

 3D LABS X400

Print high-temperature materials out of the box.

The 3D Labs X400 is engineered for printing high-performance polymers for functional parts and prototypes. PEEK, PEI (Ultem 9085), PSU, PPSU and the full line of 3DXTech Carbon Fiber filaments for tough, high temp ultra performance parts.

Industrial grade high temperature 3D printing at a prosumer price point.

Assembled in the USA with global and domestic materials, and fully supported by our US engineers and material scientists.

Coming Q4 2020

Contact us today for pricing information and a FREE sample print in a high temp material.

435°C ALL METAL HOTENDS

205°C HEATED BED

90°C HEATED CHAMBER

DESIGNED FOR PRINTING ULTRA-PERFORMANCE POLYMERS

LARGE BUILD VOLUME
15" x 12" x 12"

435°C ALL METAL HOTENDS

205°C HEATED BED

90°C HEATED CHAMBER

DESIGNED FOR PRINTING ULTRA-PERFORMANCE POLYMERS

LARGE BUILD VOLUME
15" x 12" x 12"

435°C ALL METAL HOTENDS

205°C HEATED BED

90°C HEATED CHAMBER

DESIGNED FOR PRINTING ULTRA-PERFORMANCE POLYMERS

LARGE BUILD VOLUME
15" x 12" x 12"

Open-source Marlin based firmware

Feature rich custom touch interface

Open-source Marlin based firmware

Feature rich custom touch interface

Open-source Marlin based firmware

Feature rich custom touch interface

Tough, functional parts.

Print tough, end use parts and prototypes with the highest performing polymers in the world. Use Carbon Fiber blended filaments like PEI, PEEK, and Nylon for extreme strength-to-weight ratio and rigidity.

Extreme heat.

X400 can print materials requiring melt temps beyond 400C, and bed temperatures beyond 200C to stabilize long, flat parts. Achieve superior layer bonding with engineering grade plastics ranging from ABS to CF-PEEK with the 90C chamber temperature.

Extreme engineering.

Print parts with superior chemical resistances, heat resistance, and extreme strength. Ultra performance polymers such as PEEK and PEI are used to replace metal due to their superior wear qualities and tensile strength.


Insane build quality.

Superior value.

Request Info and Free Sample Print

Feature List

Dual HEPA filter filtration system.
Open material system. Use any filament from any vendor you choose.
Pre-configured, professionally tuned profiles for popular materials.
Battery backup and power loss detection hardware built-in.
Automatic 16 point mesh bed leveling system.
Filament runout detection.

Technical Specifications

Feature List

Dual HEPA filter filtration system.
Open material system. Use any filament from any vendor you choose.
Pre-configured, professionally tuned profiles for popular materials.
Battery backup and power loss detection hardware built-in.
Automatic 16 point mesh bed leveling system.
Filament runout detection.

Technical Specifications

Print technology

Fused Deposition Modeling

Leveling technology

16 point mesh bed leveling with  Genuine BLTouch

Heated Bed

Patent pending heated bed built on MIC6 Arconic cast tooling plate for extreme flatness and even heating. Developed and made in USA.

Filament

1.75mm open filament system

Nozzle

Standard 0.4mm carbon steel nozzle designed for Carbon Fiber and high-temp materials. 0.6mm and 0.8mm sizes available in brass and carbon steel.

Extruder

Dual all-metal hotends capable of reaching 435C. Direct drive.

Min Layer Height

40 Microns

X/Y Positioning Resolution

12.45 Microns

Z Positioning Resolution

1.25 Microns

Firmware

Open source GPL code based on Marlin 1.1.9-stable. Proprietary touch screen firmware.

Build Volume

15″ x 12″ x 12″

Build Plate Max Temp

205C

Extruder Max Temp

435C

Chamber Max Temp

90C

Electrical specifications

20amp 110v circuit required. 2200 watt peak draw (non-continuous). Continuous draw is approximately 500-1000 watts depending on heat settings.

Connectivity

USB stick, USB port.

Build Structure

Power coated steel frame and body. CNC aluminum fittings, guides, and fixtures for motion system components.

Motion System

Linear rails on the X/Y axes. Dual .5″ ball screws on the Z axis.

Electronics

TMC2209 drivers on X/Y/Z. THB6032 drivers on extruders. 32-bit host controller and 8-bit motion controller board.

Warranty

1 year warranty on printer excluding consumables.

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