High impact resistance

Developed for demanding applications, our PC filament delivers outstanding toughness and an impact strength of 42 kJ/m². This is significantly stronger than ABS, making it ideal for parts subjected to high loads – such as robot gears, drone components, and outdoor equipment. The filament withstands harsh and prolonged impacts without cracking or losing its strength.

Resistant to deformation at high temperatures

Anycubic PC filament is designed to perform optimally in high-temperature environments. With an impressive Heat Deflection Temperature (HDT) of 110 °C, it offers excellent heat resistance and high dimensional stability. This means your prints – for example, outdoor brackets, fixtures, and lamp housings – retain their shape and strength without deforming or cracking, even under prolonged heat exposure.

Resistant to wind and weather

Don't let UV radiation ruin your prints. Anycubic PC filament has long-lasting UV resistance, so outdoor items retain both their color and structural strength over time. Avoid yellowing, cracking, and aging on, for example, car parts, garden tools, and other components for outdoor use.

Translucent with a glossy finish

Anycubic PC filament combines high performance with an attractive appearance. It provides smooth surfaces and a slight translucency, making it suitable for lamp covers, fixtures, and other items where a certain degree of light transmission is desirable.

Easy to print

The specially developed PC formulation for desktop 3D printers works seamlessly with standard nozzles. The filament ensures consistent layer adhesion and provides a very high print success rate, so you achieve reliable results – even with complex models.

Intelligent material recognition

The filament is equipped with intelligent identification chips that work seamlessly with ACE Pro. The chip allows for automatic identification of the filament's print parameters, simplifying setup and improving the overall print experience.

Reusable filament spool

The reusable filament spool is equipped with a threaded locking system that provides extra stability when using spool-less filament refills. The design reduces the risk of tangling, loose filament windings, and operating errors.

Keep the spool for future refill rolls to save money and reduce plastic waste.

Filament Installation

1. Attach the filament labels

Remove both stickers and any chips from the previous refill. Attach the new chip labels to both sides of the spool.

2. Insert the filament

Open the spool, place the filament correctly at the locking mechanism, and press it into place.

3. Lock the spool

Close the spool, press it together, and turn it until you hear a "click", confirming that the spool is correctly locked.

4. Prepare the filament

Once the spool is locked, remove the securing tape and feed the end of the filament through the hole in the spool, making it ready for use.

Applications

• Robot parts and gears
• Drone components
• Outdoor brackets and mounting parts
• Automotive components
• Garden tools
• Lamp housings and lampshades
• Functional mechanical parts
• Components with high strength and heat resistance requirements

Specifications

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