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Pickup available at RAW3D Warehouse
Usually ready in 1 hour
A complete mixed-material set designed to help you experiment, learn, and unlock the full potential of your 3D printer.
2 x RAW3D PLA+ (Black & White)
1 x RAW3D Silk Rainbow PLA+ (Rainbow 2)
1 x RAW3D PETG (Grey)
1 x RAW3D ABS (White)
1 x RAW3D ASA (Black)
1 x RAW3D TPU-95A (White)
All spools are 1kg, 1.75mm, vacuum-sealed with desiccant, and ready to print.
To keep your filament printing at its best, store it in a cool, dry environment between 15°C and 30°C, with humidity below 20%.
When not in use, place the spool back in its vacuum-sealed bag with desiccant to minimise moisture absorption. If the filament has been exposed to air for extended periods, drying it in a filament dryer before printing can help restore optimal print performance.
For best results, avoid direct sunlight, high temperatures, and dusty environments to maintain smooth feeding and consistent print quality.
For each filament's full mechanical, thermal, and physical specifications, please refer to their individual product pages.
Frequently Asked
Questions
What is included in the RAW3D Mixed Material Starter Pack?
This bundle includes 6 different filament types: PLA+, Silk Rainbow PLA+, PETG, ABS, ASA, and TPU-95a. Each material is chosen to represent a different level of strength, flexibility, finish, and performance so you can explore the full range of 3D printing capabilities.
Is this bundle suitable for beginners?
Yes, it’s ideal for beginners who want to learn what different filaments do in real-world printing. PLA+ is the easiest starting point, while the other materials let you gradually experiment with more advanced settings like flexibility (TPU) or heat resistance (ABS/ASA).
Do I need different printer settings for each filament?
Yes, each material requires different print settings for best results.
Always check recommended settings for each material before printing.
What is this bundle best used for?
This pack is designed for learning and experimentation. It’s perfect for testing material properties like flexibility, strength, heat resistance, and surface finish. It’s also great for schools, makerspaces, and hobbyists upgrading beyond basic PLA printing.
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