Bambu Lab PLA Tough+

Built to Take a Beating

Withstands Repeated Flexing

Prints That Last

Diameter: 1.75mm +/- 0.03mm

Cautions for Use

All AMS Series Compatible

Designed to provide enhanced durability and strength compared to regular PLA

Provides a glossy and smooth finish

Great option for creating visually appealing prints that stand out

Ideal for artistic projects, decorative items, or models that require a polished appearance

Great for hobbyist, designer, or professional maker

Built to Take a Beating

Engineered for real-world impact, Bambu PLA Tough+ delivers toughness on par with ABS and offers up to 2× stronger layer adhesion than standard PLA. It shrugs off bumps, drops, and hits, making it ideal for RC cars, model planes, and durable tools.

Mechanical Properties Comparison

Withstands Repeated Flexing

Designed for repeated flexing, Bambu PLA Tough+ outlasts standard PLA where it typically fails. It’s perfect for prints that need to bend without breaking—like springs, clips, and connectors.

Prints That Last

With enhanced durability, Bambu PLA Tough+ maintains its performance over time, extending the lifespan of standard PLA prints and making it suitable for demanding, tool-grade applications. Use it for parts that need impact resistance and repeated flexing.

RFID for Intelligent Printing

All printing parameters are embedded in RFID, which can be read through our AMS (Automatic Material System).

Load and print! No more tedious setting steps.

Accessory Compatibility

Printing Tips

1.  Due to the higher printing temperature, PLA Tough+ has a slightly stronger, non-pungent odor than regular PLA when melting. If necessary, lower the printing temperature or maintain ventilation.

  2.  Due to the high interlayer strength of Bambu PLA Tough+, it is recommended to use dedicated support filaments (Bambu Support for PLA,   or Bambu Support for PLA/PETG) as the support interface material for easier removal and a cleaner finish.

What's in the Box

* The color and texture of the filament are subject to the physical product. Images are for reference only.