Creality
Creality DLP Replacement Lamp 3301060015
Carbon-fibre reinforced filament prints at up to 300 mm/s with ±0.03 mm accuracy and 30 % higher strength than standard PLA
- TypeProject Lamp
- Weight2.2000
- High-speed printing up to 300mm/s for rapid production
- 30 percent higher flexural strength than standard PLA for durable parts
- Dimensional accuracy within 0.03mm ensures precise prints
- 75mm diameter fits Creality K1C and most 3D printers
- 1kg spool weighing 2.2000kg provides ample material for large projects
Creality Carbon Fiber Filament 1.75mm
This Creality carbon-fibre filament is made for high-speed 3D printing on compatible FDM printers. It suits engineers and makers who need stronger structural parts or detailed models without slowing down production. The material works with most common 3D printers including the Creality K1C.
Thermals noise and power draw
Filament itself produces no heat, noise or electrical draw during printing; those characteristics depend entirely on the printer hardware and its settings. The spool weighs 2.2000 kg and feeds at the standard 1.75mm diameter used by most desktop machines.
Dimensional accuracy and mechanical gain
A tolerance of +/- 0.03mm keeps extrusion consistent at speeds from 50 to 300mm/s. The carbon-fibre reinforcement delivers 30 percent higher flexural strength and impact resistance than standard PLA for more durable functional parts.
Highlights
- High-speed printing up to 300mm/s for rapid production
- 30 percent higher flexural strength than standard PLA for durable parts
- Dimensional accuracy within 0.03mm ensures precise prints
- 75mm diameter fits Creality K1C and most 3D printers
- 1kg spool weighing 2.2000kg provides ample material for large projects
Specifications
| Brand | Creality |
|---|---|
| Model | Creality-PLA-CF-Black-3301060015 |
| Part Number | Creality-PLA-CF-Black-3301060015 |
| Type | Project Lamp |
| Weight | 2.2000 |
Questions about this item
How do I install the 1.75mm carbon-fiber filament and what step causes jams?
Load the spool onto the holder, preheat the nozzle, then feed the filament until it extrudes cleanly; the step users skip is purging enough material to clear the previous plastic.
What maintenance will the 1kg spool need later?
Keep the spool sealed with desiccant when not printing; the carbon fibers absorb moisture faster than plain PLA, so dry the filament at 50 °C if layers start to separate.
What limit appears first during a long high-speed print at 300mm/s?
The extruder grip on the abrasive 1.75mm filament slips before the hot-end can melt it fast enough, causing under-extrusion on sustained high-speed runs.
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