• Printing Temp&Speed：255-275 ℃ 50-100 mm/s
• Heated Bed Temp：80-100 ℃
• Tensile Strength(X-Y)：41MPa
• Bending Strength(X-Y)：62MPa
• (X-Y) Izod Impact Strength：/
• Heat Deflection Temperature (0.45MPa)：90℃

• Printing Temp&Speed：270-290 ℃ 100-200 mm/s
• Heated Bed Temp：100-120 ℃
• Tensile Strength(X-Y)：65±6MPa
• Bending Strength(X-Y)：105±10 MPa
• (X-Y) Izod Impact Strength：30±12
• Heat Deflection Temperature (0.45MPa)：110℃

Experience a hassle-free 3D printing process with Anycubic PLA Filament. Our meticulous winding technique minimizes filament tangles,

guaranteeing a smooth, frustration-free printing experience.

Say goodbye to interruptions and hello to flawless prints for all your creative endeavors.

With an impressive ±0.02mm diameter tolerance and consistently vibrant colors, we deliver the highest quality 3D printing experience.

Enjoy unmatched reliability and color consistency throughout your creative journey.

PLA is made from lactic acid, which is produced via starch fermentation during corn(or other plant) wet milling,

it's a biodegradable and eco-friendly material.

Anycubic PLA+ Filament offers outstanding toughness and impact resistance, ensuring resilience under external pressure.

Its smooth, low-layer printing capability makes it perfect for crafting detailed models, artwork, and precision engineering flawless 3D printing with Anycubic PLA+ Filament. It ensures a seamless filament extrusion process,

resulting in consistently refined prints, free from clogs or bubbles.

The filament boasts precise winding and exceptional dimensional stability, with a controlled wire diameter tolerance of ±0.02mm.

Its high precision and minimal shrinkage effectively prevent cracks and warping in your finished models.

With a vibrant and vivid hue, the prints feature a smooth and delicate surface finish.

They exhibit excellent clarity, appearing either semi-transparent or fully transparent when illuminated.

This imparts a clear and aesthetically pleasing appearance to the models.

Unlock up to 10 times[1]faster output when you pair our High-Speed PLA Filament with a high-speed 3D printer.

Designed as the ultimate companion to our Kobra 2 Series 3D Printers. Engineered to match the rapid pace of modern 3D printing technology.

[1] The High Speed PLA supports a maximum speed of 500mm/s, compared to the standard printing speed of 50mm/s.

Results printed using Anycubic Kobra 2 Pro. Data obtained from Anycubic’ s lab. for reference only.

Compared to standard PLA filaments the high-speed PLA filaments boast enhanced fluidity and better cooling effect,

ensuring smooth and consistent feeding for filaments after melting and rapid model cooling and shaping.

Elevate your printing efficiency while maintaining impeccable results. Experience smooth and intricate surfaces on models,

particularly on those challenging overhanging parts. Engineered with high toughness and minimal shrinkage,

this filament ensures a superior level of quality for your printed creations.

Infused with fluorescent materials that absorb light energy, this filament offers an incredible 300% brightness boost

and 200% longer glow duration compared to similar products on the market.

Illuminate your prints and let them shine in the dark with unparalleled brilliance.

Outstanding resistance to sunlight, water, and aging. It can fend off UV rays, complex weather changes, and harsh natural environments.

Printed models remain undamaged, resistant to aging and fading even after long exposure outdoors.

More stable in high temperatures compared to other standard materials. Anycubic ASA filament has a heat deformation temperature of up to 90°C,

while ABS, PETG, and PLA have temperatures of 75°C, 63°C, and 53°C respectively.

Printed models can withstand moderate impact forces without easily deforming or breaking,

making it suitable for printing engineering parts or models needed in outdoor.

Compared to ABS filament, it emits a much lower odor during the printing process,

reducing discomfort for those sensitive to smells, creating a more comfortable printing environment.

No blockage or bubbles, ensuring smooth extrusion and finely uniform models.

Neatly wound with consistent dimensions, filament diameter tolerance is controlled within ±0.02mm.

High precision, low shrinkage, less risk of cracking and warping.