RFID Intelligent Identification | Optimized Anti-Warping Property | Tough and Durable | Superior Heat and Impact Resistance
Effortless Intelligent Printing
Anycubic filaments are equipped with the RFID intelligent recognition system for optimal printing efficiency when paired with ACE Pro. Automatically recognizes printing information to achieve a convenient and intelligent printing process.
*The RFID function requires an internet connection and must be used with Anycubic filaments that support RFID function.
Optimized Anti-Warping Property, ABS Full-Bed Printing Made Easy
Anycubic ABS offers superior printability by minimizing warping caused by thermal stress during printing. It enables a 220mm × 220mm anti-warping print area with a heated bed at 100°C.
Optimized Anti-Warping Property, ABS Full-Bed Printing Made Easy
Anycubic ABS offers superior printability by minimizing warping caused by thermal stress during printing. It enables a 220mm × 220mm anti-warping print area with a heated bed at 100°C.
Superior Impact ResistanceVarious Applications
Anycubic ABS delivers superior impact resistance for intricate auto components and appliance chassis, maintaining structural integrity under stress.
High-temperature Resistance
Anycubic ABS filament maintains model durability, form, and strength even in environments up to 85°C. ABS maintains model integrity and resists deformation under high temperatures.
Superior Impact ResistanceVarious Applications
Anycubic ABS delivers superior impact resistance for intricate auto components and appliance chassis, maintaining structural integrity under stress.
High-temperature Resistance
Anycubic ABS filament maintains model durability, form, and strength even in environments up to 85°C. ABS maintains model integrity and resists deformation under high temperatures.
Recommended Settings
Dry Out Before Use
Recommended
Retraction Length
70℃-80℃, 8h-12h
ACE Pro Compatibility
Compatible
Printing Temperature
240-280℃
Heated Bed Temperature
80-100℃
Printing Speed
50-150mm/s
Cooling Time
6s
Maximum Volumetric Flow Rate
15mm/s
Material Performance
Physical Properties
Density
1.05(g/cm3)
Melt Flow Index
30-35g/10min(210℃/2.16kg)
Melting Point Temperature
180℃
Vicat Softening Temperature
95℃
Heat Deflection Temperature
85℃
Water Absorption Saturation Rate
6s
Maximum Volumetric Flow Rate
15mm/s
Mechanical Properties
Tensile Modulus
2200MPa
Tensile Strength
34MPa
Elongation at Break
11%
Bending Modulus
2200MPa
Bending Strength
63MPa
Impact Strength
XY40kJ/m²
Interlayer Tensile Strength Z
22MPa
Model Print
FAQs
What should I do if the filament I received has problems with quantity, color, or other problems?
If there are any problems with the filament you received, please contact our support team for answers.
Where can I learn about the settings for different filaments?
What is the RFID intelligent recognition system in Anycubic ABS filament, and how does it improve printing efficiency?
Anycubic ABS filament is equipped with an RFID intelligent recognition system that automatically identifies the filament and prints optimal settings when used with the ACE Pro printer. This streamlined process helps achieve an efficient, hassle-free printing experience. Note that the RFID function requires an internet connection and is compatible only with Anycubic filaments supporting this feature.
How does Anycubic ABS filament minimize warping during full-bed printing?
The filament is engineered with optimized anti-warping properties. It supports a 220mm×220mm anti-warping print area with a heated bed maintained at 100℃, significantly reducing thermal stress during printing. This design helps ensure stable prints, even when using larger build volumes compared to other materials that are more prone to warping.
What are the recommended printing settings for using Anycubic ABS filament?
For optimal results, it’s recommended to pre-dry the filament at 70℃–80℃ for 8–12 hours. During printing, use a temperature range of 240℃–280℃ with a heated bed set between 80℃–100℃. A printing speed of 50–150 mm/s, a cooling time of about 6 seconds, and a maximum volumetric flow rate of 15 mm³/s are advised to achieve high-quality prints while maintaining material integrity.
Choosing a selection results in a full page refresh.
