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Prof. Lab ASA Blue / Blue 1 kg is a professional ASA filament for 3D printing of technical and outdoor parts. It offers high resistance to UV radiation, weather influences, and temperatures, making it ideal for functional prototypes, covers, mounts, or automotive and garden components. Stable dimensional accuracy and good adhesion between layers ensure high-quality, strong, and dimensionally stable prints even during long-term outdoor use.
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Prof. Lab ASA Blue is a quality ASA filament designed for reliable 3D printing of functional and technical parts that must withstand demanding conditions. Thanks to a combination of high mechanical strength, temperature and UV resistance, it is particularly suitable for use in outdoor environments and in industrial applications.
ASA (acrylonitrile styrene acrylate) is a modern alternative to ABS. It offers similar strength and thermal resistance but handles weathering and solar radiation better, so prints maintain color and mechanical properties over the long term.
This filament is ideal for users looking for a reliable material for functional parts not only for the interior but especially for the exterior:
Specific settings may vary by printer and conditions, but for ASA filaments of this type, the following are usually used:
Before the first print, we recommend performing a short test to fine-tune the ideal temperature for the specific printer and print style.
Prof. Lab ASA Blue 1 kg is a suitable choice for more advanced users and professionals who need:
If you are looking for a filament that can handle outdoor environments, higher temperatures, and mechanical loads, ASA is a more suitable choice compared to PLA or PETG – especially where long-term durability and print stability matter.
| Hmotnost bez obalu | 1 kg |
| Barva | Modrá |
| Material | ASA (acrylonitrile styrene acrylate) |
| Color | Blue |
| Filament weight | 1 kg |
| Filament diameter | 1.75 mm |
| Recommended print temperature (nozzle) | approx. 240–260 °C (depending on printer and profile) |
| Recommended bed temperature | approx. 90–110 °C (depending on printer and profile) |
| Recommended cooling | low or off, depending on model geometry |
| Recommended use | functional and technical parts, outdoor components, auto parts, holders and covers |
| Suitable printing technologies | FFF / FDM 3D printers |
| Properties | high mechanical strength, UV resistance, weather resistance, and resistance to higher temperatures |