Filament for 3D printer Fiberlogy HS PLA Transparent blue 1.75 mm 0.85 kg
Availability: In stock 2 pcs. Larger quantity within 3 business days
A basic material for 3D printing. It is characterised by good strength. Its properties allow for precise printing of complex elements.
It can be used to create prototypes, gadgets, toys and decorations.
The ease of printing with this material will satisfy both beginners and professional users.
Characteristics:
- ease of printing
- biodegradability
- very good adhesion between print layers
€23.85 incl. VAT 23%
In stock
| Quantity | Discount | Price |
|---|---|---|
| 5-9 | 5% | €22.66 |
| 10-Unlimited | 10% | €21.47 |
Filament for 3D printer Fiberlogy HS PLA Transparent blue 1.75 mm 0.85 kg - Specification
Brands: FiberlogyNet weight: 0,85kgFilament Diameter: 1,75mmFilament type: PLAColor: Blue TransparentFilament for 3D printer Fiberlogy HS PLA Transparent blue 1.75 mm 0.85 kg
Technical data:
- Filament diameter: 1.75 mm ± 0.02 mm
- Net weight: 0.85 kg
- Printing temperature: 220–250°C
- Table temperature: 60°C
- Printing speed: up to 900 mm/s
- Print cooling: Recommended 75–100%
- Biodegradability: Yes
- UV resistance: Yes
- Compatibility: All FDM/FFF printers that support 1.75 mm filaments
Fiberlogy HS PLA filament 1.75 mm – 0.85 kg
Fiberlogy HS PLA is a high-quality filament designed for fast and efficient 3D printing. Thanks to its special formula, it allows printing at speeds exceeding 900 mm/s while maintaining high-quality details. The ideal choice for professional users and advanced hobbyists who expect precision and speed without compromise.
Key features:
- High printing speed: Enables printing at speeds above 900 mm/s.
- Dimensional stability: No shrinkage during printing allows for accurate models without deformation.
- UV resistance: Increases the durability of models when exposed to sunlight.
- Easy processing: The material adheres well to the table and layers, facilitating the printing of even complex shapes.
- Eco-friendly composition: Biodegradable, made from renewable raw materials.
