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Creality 3D BEN2C Nautilus Fan Duct-M 4008030081
The Creality 3D BEN2C Nautilus Fan Duct-M (SKU: 4008030081) is an advanced cooling upgrade designed for the Creality K1 Max 3D printer. Developed in collaboration with BEN2C, this fan duct enhances print quality by improving airflow and reducing weight, making it ideal for high-speed and overhang-intensive printing tasks.
Enhanced Overhang Printing
The duct's design improves airflow distribution, effectively eliminating cooling blind spots and enhancing the quality of overhangs and bridges.
Lightweight Construction
Manufactured using Multi Jet Fusion (MJF) technology with PA12 nylon, the duct is 20–30% lighter than standard parts, reducing the load on the print head and enabling faster print speeds.
Durable Material
The PA12 nylon material offers high strength and temperature resistance, ensuring longevity and consistent performance.
Spiral Flow Design
The nautilus-inspired structure channels airflow efficiently, providing uniform cooling across the print area.
Specifications
Description
Creality 3D BEN2C Nautilus Fan Duct-M 4008030081
The Creality 3D BEN2C Nautilus Fan Duct-M (SKU: 4008030081) is an advanced cooling upgrade designed for the Creality K1 Max 3D printer. Developed in collaboration with BEN2C, this fan duct enhances print quality by improving airflow and reducing weight, making it ideal for high-speed and overhang-intensive printing tasks.
Enhanced Overhang Printing
The duct's design improves airflow distribution, effectively eliminating cooling blind spots and enhancing the quality of overhangs and bridges.
Lightweight Construction
Manufactured using Multi Jet Fusion (MJF) technology with PA12 nylon, the duct is 20–30% lighter than standard parts, reducing the load on the print head and enabling faster print speeds.
Durable Material
The PA12 nylon material offers high strength and temperature resistance, ensuring longevity and consistent performance.
Spiral Flow Design
The nautilus-inspired structure channels airflow efficiently, providing uniform cooling across the print area.
Specifications
