ERYONE High Speed PLA+ 3D Printer Filament
Foreword: Designed to push the boundaries of speed and quality, this cutting-edge filament is engineered to deliver exceptional performance, making it the perfect choice for all your rapid prototyping and high-speed printing needs.
Spec：
|
Name |
Hyper Speed PLA+ Filament |
|
Filament Diameter(mm) |
1.75±0.03 |
|
Weight(kg) |
1 |
|
Glass Transition Temperature (℃) |
60 |
|
Moisture absorption Level |
Normal |
Highlights:
1. Printing Speed: With Eryone Hyper Speed PLA+, you can achieve unparalleled print quality and an incredibly smooth surface effect, even at speeds up to 300mm/s.
- Exceptional Fluidity: Our filament boasts excellent fluidity, ensuring a seamless printing experience without any clogs or interruptions. Watch as your designs effortlessly come to life with every precise extrusion.
- High-Speed Cooling and Shaping: Hyper Speed PLA+ maintains high print speeds while retaining sharp corners and intricate details, thanks to its advanced cooling and shaping capabilities.
-
Superior Heat Bed Adhesion and Minimal Shrinkage: Eryone Hyper Speed PLA+ exhibits robust heat bed adhesion, keeping your prints firmly in place throughout the entire printing process. Additionally, its low heat shrinkage ensures that your designs retain their intended dimensions without any unwanted distortions.
5. Vacuum Packaging: Eryone Filament is vacuum packed with desiccant and recyclable self-sealing bags to ensure that the filament can be stored in a dry environment.
Printing recommend setting
Ender3/CR10/Mega-S/Thinker S/Thinker SE/ER-20 WITH BOWDEN EXTRUDER
Nozzle temperature: 190~220℃
Heated bed temperature
1) PEI Magnetic print surface: 55~70℃
2) Glass Bed: 65~70℃
Printer speed: <400mm/s
FAQ
- If you do not use filament for a long time, please keep them in a cool (temperature lower than 32℃), dry environment (humidity lower than 40%) in time
- Please use a soft cloth to clean the nozzles before and after printing to avoid residual filament from affecting the printer
- If you find the filament under extrusion, please check whether the feeder spring is too loose and causes the filament to slip. And the filament too tight can cause the filaments to be damaged by the gear;
- For more information, please refer to:
https://www.eryone.com/forum
