
10x Faster Printing, Speed Up Your Creativity
Thanks to the high fluidity and fast cooling formula, Hyper Series PLA supports up to 600mm/s print speed. High fluidity provides sufficient melting and extrusion, while rapid cooling provides fast shaping for high-speed printing.

Keep Precision While Keeping Ultra-high Speed
Compatible with high-speed and normal-speed printing

Higher Toughness for Stronger Models
With higher tensile strength than ABS and higher toughness than traditional PLA, Hyper Series PLA brings better structural bearing capacity of the printed models.

Uniform Wire Diameter, Stable Extrusion
Based on two-way laser diameter measurement, the filament diameter accuracy is 1.75±0.03mm, which makes it flow out more smoothly.

Neat Winding with Smooth Printing
Precise filament diameter control and automatic winding arrangement are combined to ensure smoother printing without tangling.

Eco-friendly Packaging, Reducing Carbon Emissions
Reducing Carbon Emissions/ Paper Thread Reel/ Eco-friendly Box

Made from High-quality Materials
Globally selected raw materials and strict quality control deliver excellent printing performance and printing results.

Highly Compatible with Creality’s 3D Printers
Continuous machine and filament tests ensure a high degree of adaptability.

Share Model Library on Creality Cloud
Share Model Library on Creality Cloud Get more than 300,000 models on Creality Cloud. Free Modeling, Online Slicing & Printing.

Hyper Series PLA 3D Printing Filament
Product Name: Hyper Series PLA
Wire Diameter: 1.75±0.03mm
Net Weight: 1Kg/2.2lb
Gross Weight: 1.29Kg/2.8lb
Package Size: 210*210*70mm
Printing Temperature: 190-230°C
Hot Bed Temperature: 25℃~60℃
Printing Speed: 30-600mm/s
Fan: 100%
Printing Platform: Carbon Silicon, PEI Platform Board, Textured Paper, PVP Solid Glue
Density: 1.25g/cm³
Tensile Strength (X-Y): 52.991Mpa
Tensile Modulus (X-Y): 1146.064
Elongation at Break: 6.304%
Bending Strength (X-Y): 92.381Mpa
Flexural Modulus: (X-Y): 2490.178Mpa
Charpy Impact Strength (X-Y): 8.8344kJ/m2




















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