IIID Max FiberX ABS+CF Filament 1kg 1.75mm | High-Strength Carbon Fiber ABS
The IIID Max FiberX ABS+CF is a carbon-fiber-reinforced ABS filament engineered for demanding functional, mechanical, and industrial 3D-printing applications. By blending premium ABS with short carbon fibers, FiberX delivers exceptional strength, stiffness, and heat resistance — while maintaining the impact toughness and chemical stability that make ABS a go-to engineering material.
Carbon-fiber reinforcement significantly improves dimensional stability and <u>reduces warping</u> compared to standard ABS, making this filament ideal for large functional parts, jigs and fixtures, automotive components, drone frames, brackets, and end-use prototypes that need to perform under real-world stress and heat.
The filament features a matte, professional surface finish that hides layer lines beautifully and gives finished parts a premium, industrial look. Tight diameter tolerance ensures smooth, reliable extrusion, and each spool is vacuum-sealed with desiccant to keep moisture out and performance consistent from the first meter to the last.
Key features:
- Carbon-fiber reinforced ABS for superior stiffness and strength
- Excellent heat resistance — ideal for parts exposed to elevated temperatures
- Reduced warping and improved dimensional stability versus standard ABS
- Matte industrial finish that hides layer lines
- 1.75mm diameter with ±0.03mm tolerance for consistent extrusion
- Tangle-free winding and vacuum-sealed packaging with desiccant
- Compatible with most FDM 3D printers equipped with a hardened nozzle and heated bed
- Designed for engineering, automotive, aerospace, and functional prototyping applications
Recommended print settings:
- Nozzle temperature: 240–270°C
- Bed temperature: 90–110°C
- Print speed: 40–80mm/s
- Hardened steel nozzle required (carbon fibers are <u>abrasive to brass nozzles</u>)
- Enclosed chamber recommended for best dimensional accuracy
- Adequate ventilation advised during printing
Best suited for: functional engineering parts, jigs and fixtures, automotive and drone components, brackets, end-use prototypes, and high-temperature applications.
Note: Because this filament contains carbon fiber, a hardened nozzle is required to prevent premature wear of standard brass nozzles.
The IIID Max FiberX ABS+CF is a carbon-fiber-reinforced ABS filament engineered for demanding functional, mechanical, and industrial 3D-printing applications. By blending premium ABS with short carbon fibers, FiberX delivers exceptional strength, stiffness, and heat resistance — while maintaining the impact toughness and chemical stability that make ABS a go-to engineering material.
Carbon-fiber reinforcement significantly improves dimensional stability and <u>reduces warping</u> compared to standard ABS, making this filament ideal for large functional parts, jigs and fixtures, automotive components, drone frames, brackets, and end-use prototypes that need to perform under real-world stress and heat.
The filament features a matte, professional surface finish that hides layer lines beautifully and gives finished parts a premium, industrial look. Tight diameter tolerance ensures smooth, reliable extrusion, and each spool is vacuum-sealed with desiccant to keep moisture out and performance consistent from the first meter to the last.
Key features:
- Carbon-fiber reinforced ABS for superior stiffness and strength
- Excellent heat resistance — ideal for parts exposed to elevated temperatures
- Reduced warping and improved dimensional stability versus standard ABS
- Matte industrial finish that hides layer lines
- 1.75mm diameter with ±0.03mm tolerance for consistent extrusion
- Tangle-free winding and vacuum-sealed packaging with desiccant
- Compatible with most FDM 3D printers equipped with a hardened nozzle and heated bed
- Designed for engineering, automotive, aerospace, and functional prototyping applications
Recommended print settings:
- Nozzle temperature: 240–270°C
- Bed temperature: 90–110°C
- Print speed: 40–80mm/s
- Hardened steel nozzle required (carbon fibers are <u>abrasive to brass nozzles</u>)
- Enclosed chamber recommended for best dimensional accuracy
- Adequate ventilation advised during printing
Best suited for: functional engineering parts, jigs and fixtures, automotive and drone components, brackets, end-use prototypes, and high-temperature applications.
Note: Because this filament contains carbon fiber, a hardened nozzle is required to prevent premature wear of standard brass nozzles.
| Color |
Black |
|---|