Bambu Lab

Bambu Lab - PLA Glow Orange with Bambu Reusable Spool - 1KG

Item #: BAM-A12-A0-1.75-1000-SPL
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Price: $54.05 inc GST
Retail: $56.99
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    About This Item

    • 1KG of high-quality PLA filament with luminous powder add-on for glow-in-the-dark effects.
    • Compatible with various 3D printers; recommended nozzle size is 0.4 mm for best results.
    • Glow intensity is rechargeable with UV or sunlight exposure; optimal rejuvenation in just 2 hours.
    • Retains the ease of printing and mechanical robustness synonymous with traditional PLA.
    • Care should be taken to avoid excessive drying or high feed resistance with AMS lite systems.
    • Includes a reusable spool; perfect for environmentally conscious printing enthusiasts.

    Bambu PLA Glow

    PLA Glow stands out due to its incorporation of a unique additive: luminous powder. This variant retains the familiar qualities of traditional PLA, including easy printing, high quality, and exceptional overall mechanical properties. What sets PLA Glow apart is its distinctive feature - it glows in the dark. This makes it the optimal selection for crafting luminous nameplates, logos, jewelry, and various models that require a captivating glow effect.

    Unique Glow in Low Light Conditions

    Bambu PLA Glow incorporates a distinct additive: luminous powder, which imparts a special property to printed objects, causing them to emit a captivating glow in the dark.

    Accessory Compatibility

    Downloads

    pdfFilament TDS

    pdfFilament MSDS

    pdfFilament RoHS

    Printing Tips

    • Drying conditions: 55℃ for 8 hrs. Store in a dry environment after use. Dry before use if the material absorbs moisture. For more details please refer to: Filament drying instructions on WIKI.

    • Printing with a 0.2 mm nozzle is not recommended; instead, it is advised to use a 0.4 mm nozzle for optimal results.

    • The model's luminous intensity diminishes over time, but exposure to ultraviolet or sunlight for a brief period (approximately 2 hours) can rejuvenate its glow. However, prolonged or frequent irradiation may expedite PLA aging.

    • Not suitable for AMS lite: Utilizing AMS lite may result in high feed resistance and an increased risk of feed failure. Consider alternative methods such as pre-use drying for better outcomes.