Creality Ender PLA+ Filament (зелёный)

Creality Ender-PLA+ Filament

The green Creality Ender-PLA+ filament, with a diameter of 1.75 mm, is an improved version of classic PLA, designed to produce durable and aesthetically pleasing prints. The material stands out for its increased resistance to cracking, stable feed, and high raw material purity, which promotes uniform extrusion during printing. Thanks to precise winding using EPC technology and a wide range of operating parameters, the filament is suitable for both everyday printing and more demanding projects on FDM 3D printers.

Greater durability of finished prints

The PLA+ formula was developed to increase the material’s resistance to cracking compared to standard PLA. The filament withstands bending and mechanical stress better, making it well-suited for creating functional parts, prototypes, and models that require greater durability.

Stable operation and smooth extrusion

Thanks to the high purity of the raw materials used and the reduced amount of impurities, the filament ensures even extrusion of the material. This helps minimize the risk of disruptions during printing and makes it easier to achieve consistent results across subsequent prints. Creality Ender-PLA+ has been tested with Creality printers to ensure optimal compatibility. At the same time, the filament is compatible with most FDM 3D printers that support 1.75 mm PLA+ filament, making it suitable for use in many third-party devices as well.

Precise Winding for More Convenient Printing

The filament has been precisely wound using EPC technology, ensuring the material is neatly organized on the spool and fed smoothly into the extruder. The careful arrangement of the coils helps reduce the risk of filament tangling and ensures greater comfort during long prints. The filament allows you to adjust settings to suit different printer models and projects. The recommended nozzle temperature ranges from 190°C to 230°C, the build plate temperature from 25°C to 60°C, and the recommended print speed ranges from 30 to 600 mm/s.