Bambu Lab ASA Aero White 1.75mm 3D Printer Filament
The Bambu Lab ASA Aero in White is an innovative lightweight filament, leveraging foaming technology to produce ultra-light yet tough parts with exceptional strength and impact resistance. Engineered for superior UV and water resistance, it is ideal for demanding outdoor applications and RC models, compatible with enclosed 3D printers and AMS systems.
Features
- Ultra-light foaming technology for 50-75% weight reduction compared to standard ASA.
- Exceptional impact resistance and heat deflection up to 85°C for demanding applications.
- Superior UV and water resistance ensures durability for outdoor and functional parts.
- Designed for seamless integration with Bambu Lab AMS for smart, efficient printing.
- Features a matte finish for easy post-processing and comes on a sustainable reusable spool.
Out of stock
Bambu Lab ASA Aero White filament redefines lightweight additive manufacturing with its advanced foaming technology, enabling the creation of parts that are significantly lighter than standard ASA prints while maintaining robust mechanical properties. This innovative material exhibits high impact resistance and a notable heat deflection temperature up to 85°C, making it exceptionally well-suited for components subjected to harsh environments or mechanical stress. Its inherent UV and water resistance guarantees long-term durability and structural integrity, perfect for outdoor functional prototypes, drone parts, or remote-control models.
This 1.75mm filament boasts excellent layer adhesion, contributing to the strength and reliability of vertical builds. The matte finish not only provides a professional aesthetic but also simplifies post-processing, allowing for easy dyeing or painting. Designed for optimal performance in enclosed 3D printers, Bambu Lab ASA Aero also offers full compatibility with the Bambu Lab AMS (excluding AMS lite) for convenient multi-material printing and RFID auto-detection. Proper drying before printing and precise temperature control during extrusion (240-280°C) and bed heating (80-90°C) are crucial for achieving the best results and maximizing material properties.
Additional Information
| Weight | 1.368 kg |
|---|---|
| Dimensions | 21 × 21 × 7 cm |













