Anycubic PC 1kg - Reusable Spool

Designed for high-stress applications, our PC filament offers exceptional toughness and an impact strength of 42 kJ/m². This is significantly stronger than ABS, making it perfect for parts that take a beating, like robotic gears, drone components, and outdoor equipment. It stands up to harsh, prolonged conditions without cracking or failure.

Anycubic’s PC filament is engineered to perform in high-temperature environments. With an exceptional Heat Deflection Temperature (HDT) of 110°C, it provides superior thermal resistance and structural stability. This means your prints—such as outdoor fixtures and lamp housings—will resist warping and cracking even under prolonged heat and stress..

Don't let UV rays ruin your prints. Anycubic’s PC filament provides long-term UV resistance, ensuring your outdoor parts retain their original color and structural integrity. Say goodbye to yellowing, cracking, and aging on prints like automotive parts and garden tools, and get a truly hassle-free solution for durable outdoor applications.

Anycubic PC filament delivers a perfect mix of performance and aesthetics. It provides smooth model surfaces and a decent amount of transparency. Use it to print lamp shells, fixtures, and other components where a certain level of transparency is required.

Specially formulated PC material for desktop 3D printers, Anycubic PC filament works flawlessly with standard nozzles. It delivers consistent layer adhesion and ensures an exceptionally high print success rate.

The filaments feature intelligent identification chips that integrate seamlessly with the ACE Pro, enabling automatic identification of printing information and enhancing the overall printing experience.

The reusable filament spool features a threaded connection system designed for enhanced stability when used with spool-free filaments. This design significantly reduces the risk of entanglement, filament scattering, and operational errors.

*You can keep the spool for future use - saving costs and minimizing waste with every refill.