Description
Creality Ende7 3D Printer
New breakthrough of speed, normal printing speed of the Creality Ender-7 3d printer is up to 250mm/s，enjoy instant high-speed printing while maintaining the same molding precision quality.
Compared with the FDM counterparts, the Creality Ender-7 3d printer enjoys a high printing speed of 250 mm per second—when many of the homogeneous products carry the printing speed of 200 mm or 150mm per second, it remarkably outperforms them, setting up another new benchmark for the printing industry.
Key Features:
- 250 mm/s High-speed printing
- High precision linear rail
- Core-XY Structure
- A customized high volume nozzle
- Customized high-power motors
- High-speed cooling fans
- High-efficiency operational control algorithm
- Minimalist aesthetic design
High-speed printing, invigorating power
New breakthrough of speed, the normal printing speed of Ender-7 3d printer is up to 250mm/s, enjoy instant high-speed printing while maintaining the same molding precision quality.
Linear rail, higher precision
Utilizing linear rail technology to reduce movement resistance to a lower level, high precision positioning, and yet comes with high-speed stable movement.
Core-XY structure, precise control
Utilizing Core-XY structure, dual motors running parallelly with coordinated operations, faster speed, and higher precision
Smooth discharge and stable feeding
A customized high volume nozzle, the volume of the melting chamber has been increased to 50 mm³, and the volume of the heating block has been increased to 4000 mm³.
The filaments are fully melted and can be smoothly discharged when printing at a high speed.
Full-metal dual gear extruder, strong bite, greater extrusion force, uniform extrusion force, continuous and stable feeding
Cooling sustainability despite under high temperature
The extruder’s cooling fan enables more stable feeding.
High-speed dual cooling fans are designed in butterfly-shaped wing duct.
Compared to a single fan, dual fans increase overall air volume by 169%, ensuring fast cooling of high-speed print models
