ASA Gray Bambu Lab - 1.75 mm - 1 kg

Using the Gray ASA Filament from Bambu Lab

The Bambu Lab ASA filament is designed for 3D prints requiring robustness and resistance to outdoor conditions. Unlike ABS, it offers better UV and weather resistance, making it ideal for outdoor applications. Its high chemical and mechanical resistance makes it an excellent choice for technical and functional parts.

Thanks to its optimized bed adhesion, ASA reduces warping, a common issue with technical filaments. It also allows for smooth finishes with acetone post-processing, enhancing the aesthetics of prints. This filament is recommended for projects requiring a long lifespan and excellent dimensional stability.

Applications of the Gray ASA Bambu Lab

Outdoor parts: Thanks to its resistance to UV and weather, ASA is perfect for elements exposed to the elements, such as electrical housings, signage, or outdoor furniture components.

Mechanical and industrial parts: ASA offers excellent rigidity and impact resistance, making it an ideal choice for mechanical components, fasteners, and parts requiring high durability.

Automotive components: Its heat and chemical resistance make it suitable for automotive applications, such as supports, air vents, or protective covers.

Models requiring post-processing: Like ABS, ASA can be smoothed with acetone, allowing for glossy and uniform surfaces. This makes it a good choice for aesthetic prints or those requiring a professional finish.

Recommendations for Using the Gray ASA Bambu Lab

To achieve the best results with Bambu Lab ASA filament, follow these printing parameters:

• Extrusion temperature: 240-270°C
• Bed temperature: 80-100°C
• Printing speed: up to 250 mm/s
• Environment: Enclosed chamber recommended to minimize warping

ASA emits fumes during printing. It is recommended to print in a well-ventilated space or use a filtration system.

Additionally, the spool is equipped with an RFID chip, enabling automatic parameter configuration with the Bambu Lab AMS system, ensuring optimized printing without manual adjustments.