Anycubic Pro PC is a highly durable PC filament for demanding 3D printing projects where impact strength, heat resistance, and dimensional stability are key. It offers a semi-transparent smooth surface, resistance to UV and weathering, and thanks to a smart solution with an identification chip, it simplifies print setup within the Anycubic ecosystem.
Anycubic Pro PC (polycarbonate) filament is designed for parts that must function reliably even under mechanical load and higher temperatures. It is suitable, for example, for functional components of robots, drone parts, or outdoor equipment. The material provides high strength and toughness and significantly reduces the risk of cracking or deformation during long-term heating.
Main advantages:
- High impact resistance for functional and heavily loaded parts
- Heat resistance – stability up to 122 °C, deformation resistance (0.45 MPa) up to 110 °C
- Resistance to UV and weathering – prints do not yellow and do not degrade as quickly
- Semi-transparent aesthetic surface suitable also for decorative elements (e.g., lampshades)
- Identification chip for automatic recognition of parameters when used with Anycubic ACE Pro
- Reusable spool with a threaded system to reduce the risk of tangling
For best results, printing in an enclosed chamber is recommended, and the filament should be dried before printing. This reduces the risk of moisture-related defects and improves both surface quality and print strength.
Specifications
- Manufacturer
- Anycubic
- Color
- translucent white
- Filament material
- PC
- Weight
- 1 kg
- Density
- 1.2 g/cm³
- Material flow rate
- 15–20 g/10 min (270 °C/2.16 kg)
- Melting temperature
- 230 °C
- Material stability
- up to 122 °C
- Deformation resistance (0.45 MPa)
- 110 °C
- Water absorption
- 0.25 %
- Material stiffness
- 2550 ± 100 MPa
- Tensile strength
- 65 ± 6 MPa
- Tensile strength (Z axis)
- 25 ± 7 MPa
- Elongation at break
- 9 ± 4 %
- Modulus of elasticity
- 2900 ± 150 MPa
- Flexural strength
- 105 ± 10 MPa
- Impact resistance (X-Y)
- 30 ± 12 kJ/m²
- Printing conditions
- Enclosed chamber, drying required
- Drying temperature
- 80 °C, 6–8 h
- Nozzle temperature
- 270–290 °C
- Print bed temperature
- 100–120 °C
- Print speed
- 40–250 mm/s
- Maximum volumetric flow
- 12 mm³/s
- Minimum nozzle diameter
- 0.2 mm
