Creality CR-10SE 3D Printer

Hands-free Auto Leveling

Linear Rails on X & Y-Axis

Dedicated Model Cooling Fan

High-speed Printing

Input Shaping with G-sensor

Hotend with 60W Ceramic Heater

Hardened Steel Nozzle Supporting More Filaments

Rich DIY Accessories

Solid Foudation for Print Quality

The first layer printed by CR-1O SE is neat, firm, and uniform.

lt is meant to take the print quality and success rate to a new level.

Hands-free Leveling to Get Ideal First Layer

CR-10 SE uses both a CR Touch and a strain sensor to do leveling and Z offset automatically the first time it is powered on. It delivers an excellent first layer without you lifting a finger.

Linear Rails, Precise and Durable

The precise linear rails on the X and Y-axis have carriage slides containing ball bearings, making each move accurate, steady, and frictionless (0.04 friction coefficient*).

Built out of stiff steel, they will stay as new even after long-time use.

*Data from Creality Lab.

Effective Model Cooling Fan

A 12000rpm fan sends a strong wind via a U-shaped air duct to cool the freshly printed model section from three sides. It improves the bridges and overhangs significantly and makes the details more vivid.

Optimal Quality with Advanced Algorithms

Input shaping: Mitigates the printer's vibrations with a G-sensor for minimal ringing or ghosting.

Motion advance: Optimizes the feeding flow for fewer blobs and oozes.

Super Fast to Complete Print Tasks

Max Printing Speed: 600mm/s*; Max acceleration: 8000mm/s²*

CR-10 SE prints faster and better with Creality Hyper PLA Filament.

Reliable Direct Drive Extrusion

CR-10 SE features a "Sprite" direct drive extruder with two gears (1:3.5 gear ratio) that exerts a strong extrusion force of 65N*.

The feeding and retraction are exact and uniform, even when it comes to flexible filaments.

*Data from Creality Lab.

Hotend for Clog-free Feeding

60W ceramic heater encircling the hotend, getting the filament fully melted at a 32mm³/s flow*;

Bi-metal (copper+titanium alloy) heatbreak, great to prevent thermal creep;

Hardened steel nozzle, wear-resistant and enabling 300°C* printing.

*Data from Creality Lab. The tests are conducted at a 25℃ room temperature.