Anycubic High-Speed PLA Filament Fast, Reliable 3D Printing

The Anycubic High-Speed PLA Filament is a material specifically designed to meet the demands of modern, high-speed Fused Deposition Modeling (FDM) 3D printers. Unlike standard PLA, this filament is formulated to support high-speed printing without compromising on print quality, dimensional accuracy, or layer adhesion. It’s an ideal choice for users seeking to significantly reduce their print times for both prototypes and final products.

Boost your 3D prints with Anycubic High-Speed PLA Filament. Enjoy smooth, precise, and fast printing performance for all your creative projects.

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Product Features

● Boosting Speed with High-Speed Core
● High Fluidity, Rapid Shaping
● Efficiency Meets Quality
● Supports a Maximum Speed of 500mm/s
● High toughness, Low shrinkage
● Uninterrupted Fun, Worry-free Printing

Anycubic High-Speed PLA Filament

Key Features and Topics

• Optimized for High-Speed: The primary feature of this filament is its ability to perform at speeds up to 500 mm/s. This is achieved through an enhanced “Melt Flow Index” (MFI), which allows the material to melt and extrude more quickly and consistently. This high fluidity ensures a smooth and continuous flow, preventing under-extrusion and nozzle clogging that can occur when standard PLA is pushed to high speeds.
• Rapid Cooling and Shaping: In addition to its high fluidity, the filament is designed for a better cooling effect. This allows the molten material to solidify rapidly after extrusion, which is crucial for maintaining sharp details and preventing warping or sagging, especially on overhangs, at high print speeds.
• Dimensional Accuracy and Quality: Despite the increased speed, Anycubic’s High-Speed PLA maintains a tight diameter tolerance of ±0.02mm. This precision is essential for reliable extrusion and consistent print quality. The filament is also engineered to exhibit low shrinkage, high toughness, and strong layer adhesion, resulting in prints with smooth surfaces and excellent mechanical properties.
• Wide Compatibility: While it’s optimized for Anycubic’s high-speed printers (such as the Kobra 2 Series), this filament is compatible with most FDM 3D printers on the market. Users can adjust their print settings to take advantage of the material’s properties, even on machines not specifically designed for high-speed printing.

Recommended printing parameters

To achieve optimal results with Anycubic High-Speed PLA, adjust the printing temperature according to your desired print speed. 

• Speed 50–150 mm/s: Nozzle temperature 190–210 °C
• Speed 150–300 mm/s: Nozzle temperature 210–230 °C
• Speed 300–600 mm/s: Nozzle temperature 230–260 °C
• Heated Bed Temperature: 55–65 °C
• Drying Condition (Recommended): 45–50 °C for 6–8 hours

Filament Installation

Key takeaways

• Speed is comparable: All major brands of high-speed PLA—including Anycubic, Creality, and Elegoo—claim maximum speeds of up to 600 mm/s. The true performance of Anycubic High-Speed PLA Filament often depends more on the printer model and specific settings than on the filament brand itself.
• Ecosystem integration: A major distinguishing factor is the integration with the manufacturer’s own ecosystem. Bambu Lab offers the most tightly integrated experience with their printers, as their filament profiles are built directly into the slicer. Anycubic also offers RFID-enabled filaments for automatic settings adjustments on compatible machines.
• Mechanical properties: While all high-speed PLAs prioritize faster printing, some, such as Elegoo Rapid PLA+, also highlight enhanced properties, including toughness and impact resistance.
• Fluidity and cooling: The core technology of all high-speed PLAs revolves around a modified formulation that melts faster (higher fluidity) and solidifies more quickly (better heat dissipation). This is true for Anycubic and its competitors.
• Brand-specific optimization: While you can use any brand’s high-speed filament on any high-speed printer, manufacturers often optimize their filaments to work best with their own hardware. For example, some users report better out-of-the-box results using Bambu Lab filament on a Bambu printer.

User Application Scenarios

Pre-printing Preparation

Dry Out Before Use	Recommended	Drying Condition	45-50℃, (6-8 h)
ACE Pro Compatibility	Compatible

Recommended Settings

Printing Temperature	190-260℃	Heated Bed Temperature	55-65℃
Printing Speed	190-210 ℃, 50-150 mm/s,210-230 ℃, 150-300 mm/s230-260 ℃, 300-600 mm/s	Cooling Time	7s
Maximum Volume Speed(Flow Rate)	18 mm³/s

Material Performance – Physical Properties

Density	1.19 g/m³	Melt Flow Index g/10min	13-16 g/10 min (210℃/2.16 kg)
Melting Point Temperature	157℃	Heat Deflection Temperature	52℃

Material Performance – Mechanical Properties

Tensile Modulus	2750±260 MPa	Tensile Strength	45±5 MPa
Elongation at Break	9±1%	Bending Modulus	3950±300 MPa
Bending Strength	82±8 MPa

Color Type

FAQs Anycubic High-Speed PLA Filament