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Filamentree PLA Plus Baby Blue 1kg is an improved PLA filament in a soft pastel shade of baby blue, ideal for design models, decorations, and functional prototypes. It offers higher toughness than common PLA, low shrinkage, and reliable printing even on open FDM printers. A perfect choice for everyday printing with an emphasis on aesthetics and precision of details.
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Filamentree PLA Plus in the shade Baby Blue is a high-quality and user-friendly filament for FDM 3D printers. Thanks to the improved PLA+ formula, it offers higher strength and toughness compared to standard PLA, while maintaining ease of printability and minimal deformation.
The pastel shade baby blue is ideal for decorative models, design prototypes, cosplay accessories, toys, educational aids, and functional parts where a clean appearance and soft color are important.
Parameters may vary slightly depending on the specific printer and conditions, the following values are a suitable starting point:
Filamentree PLA Plus Baby Blue is suitable for:
Thanks to the combination of ease of printability, a nice matte to semi-gloss surface, and higher durability, PLA Plus is a practical choice for both beginners and advanced users looking for a reliable material for everyday 3D printing.
To ensure the filament maintains its properties, we recommend:
With proper storage, Filamentree PLA Plus Baby Blue will maintain stable printing properties and consistent color for a long time.
| Hmotnost bez obalu | 1 kg |
| Barva | Modrá |
| Material | PLA Plus (improved PLA filament) |
| Color | Baby Blue (light blue, pastel) |
| Spool weight | 1 kg of net filament |
| Filament diameter | 1,75 mm |
| Diameter tolerance | ± 0,03 mm (typical for PLA+ of this class) |
| Recommended nozzle temperature | 200–220 °C |
| Recommended bed temperature | 50–60 °C |
| Recommended print speed | 40–80 mm/s |
| Printing technology | FDM/FFF |
| Density | approx. 1,24 g/cm³ (typical for PLA) |
| Hardness | higher toughness compared to standard PLA |
| Usage | decorations, design models, prototypes, functional parts with lower thermal stress |