Fast and reliable PLA filament for FDM 3D printers with a 1.75 mm diameter and 1 kg weight in a vibrant yellow color. Offers high-speed printing, excellent flow, and trouble-free feeding with no odor. High roundness precision ensures clean details and smooth surfaces, without bubbles and with vivid colors.
Designed for high-speed 3D printing
A specialized PLA blend with enhanced melt behavior enables stable printing at high speeds without losing detail quality.
Top-tier precision and smooth feeding
High 1.75 mm diameter accuracy and roundness minimizes clogs and ensures consistent layers.
Broad compatibility with high-speed printers
Ideal for Bambu Lab (including AMS), Creality K1 (Max), FlashForge 5M (Pro), and other CoreXY systems.
PLA (polylactide) is a popular, partially biodegradable material that is easy to print on a wide range of FDM/FFF 3D printers. This PLA High Speed filament is optimized for high-speed printers and modern profiles, so you can achieve great results even at very high print speeds.
Thanks to its lower melting temperature and good flowability, it does not require additional curing or special post-processing. Precise tolerance and a stable 1.75 mm diameter ensure reliable feeding, clean layers, and consistent print quality without clogging and stringing.
- Compatibility: ideal for fast machines like Bambu Lab, Creality K1 (Max), FlashForge 5M (Pro), and CoreXY builds; also works in the Bambu Lab AMS system.
- High speed: tuned melt behavior for printing in “sport” and “absurd” modes with sharp details.
- Surface quality: precise roundness, vibrant colors, bubble-free with a smooth finish.
Specifications
- Material
- PLA (polylactide)
- Type
- PLA High Speed for high-speed printing
- Filament diameter
- 1.75 mm
- Spool weight
- 1 kg
- Color
- Yellow
- Scent
- Odorless
- Properties
- High print speed, good flow, precise roundness, vivid colors, bubble-free
- Compatibility
- Bambu Lab (including AMS), Creality K1 (Max), FF 5M (Pro), Voron and other CoreXY/FDM printers
- Use
- FDM/FFF 3D printing without the need for additional curing
