Bambu Lab Support for PLA 1.75mm Filament 0.5kg Spool (New Version)
$35.00
Bambu Lab Support for PLA 1.75mm Filament 0.5kg Spool (New Version)
$35.00
Order before 3pm for same-day dispatch via Australia Post. 2-5 business days to most of Australia. Shipping rates and policy
Free shipping on orders over $120 (excluding 3D printers)
Bambu Lab Support for PLA (New Version) is a purpose-engineered break-away support filament designed to work seamlessly with PLA and other compatible materials on Bambu Lab 3D printers. It prints easily alongside PLA, providing dependable support for overhangs, bridges and complex geometry, then cleanly breaks away after printing to minimise post-process cleanup. Supplied on a 0.5kg spool in 1.75mm diameter, this support material integrates with Bambu Lab profiles so you can focus on great prints without fuss.
Key Features
- Formulated support material optimised for PLA and compatible filaments
- Breaks away cleanly for reduced tool cleanup and better surface finish
- Good adhesion to PLA to prevent support detachment during printing
- New version tuned for improved performance with Bambu Lab slicer profiles
- Supplied on a 0.5kg spool in 1.75mm diameter
Specifications
- Filament Type: PLA support (break-away support material)
- Diameter: 1.75mm
- Net Weight: 0.5kg
- Compatibility: Designed for use as support with PLA and compatible materials on Bambu Lab printers
- Recommended Print Temperature: Aligned with PLA printing profiles (varies by profile and printer)
- Recommended Bed Temperature: Aligned with PLA printing profiles
- AMS Compatibility: Yes — integrates with AMS system when PLA profiles are used
Ideal For
- Creating reliable support for PLA prints with tricky overhangs or bridges
- Users who want easy removal and cleaner surface finishes
- Functional prototypes, decorative figures, and multi-part models
- Makers and professionals who want dependable break-away support with minimal cleanup
Bambu Lab Support for PLA (New Version) is your go-to support filament for PLA printing — easy to print, dependable to use and optimised for clean breakup and superior surface quality at the support interface.
