Clear and VibrantWith a vibrant and vivid hue, the prints of Anycubic PETG 3D Printer Filament 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.
Durable & Impact-resistANYCUBIC PETG Filament combines the PLA' s ease of printing with the toughness of ABS. With impact resistance twice that of standard PLA. Models maintain structural integrity even when dropped or under stress. Making it an excellent choice for toys, chassis, and mechanical prototypes.
1.75 mm Diameter, Wide CompatibilityWithout any clogging or bubbles, Anycubic PETG Filament 1.75 mm guarantees a seamless extrusion of filament, resulting in a refined and consistent finish for the completed model. The winding is tidy and maintains dimensional stability, with a controlled wire diameter tolerance of +/- 0.02 mm, ensuring compatibility with 99% of FDM 3D printers and 3D printing pens available in the market. Its high precision and minimal shrinkage work together to prevent cracks and warping.
Enhanced Chemical & Water ResistanceEnhanced chemical and water resistance ensures stability even in high humidity environments, as well as in the presence of various chemicals and common cleaning agents. Additionally, Anycubic PETG Filament excellent adhesion guarantees a stronger and more reliable high success rate for printing.
Vacuum PackagingAnycbuic have carefully chosen eco-friendly and non-toxic imported materials. Our vacuum packaging effectively shields against moisture and dust, ensuring an enhanced printing experience.
Boosting Efficiency with Intelligent IdentificationThe Anycubic filaments 1.75 mm feature intelligent identification chips that integrate seamlessly with the ACE Pro, allowing for automatic identification of printing information and enhancing the printing experience.
Reusable Filament SpoolThe reusable filament spool incorporates a threaded connection system engineered for enhanced stability when paired with spool-free filaments. This design siqnificantly reduces the risk of entanglement, filament scattering, and operational errors.