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Achieve a luxurious look for your 3D prints with Bambu Lab PLA Silk in gold. This filament combines the ease of PLA with a silky shine. It’s ideal for decorations, artistic projects, and models you want to give a radiant finish. Compared to common PLA Silk filaments, this one is additionally more resistant to breaking and is compatible with AMS (Automatic Material System). For an even glossier surface, print at higher temperatures (230-240 °C) and lower speeds (30-60 mm/s for outer walls). The RFID chip enables smart printing with automatic parameter loading.
Bambu PLA Silk offers a silky, highly glossy finish that adds a luxurious look to your prints while maintaining the ease of use of PLA. Bambu PLA Silk is distinct from other silk filaments and shows greater resistance to breaking when using AMS printing. It is ideal for decorations, art projects, and 3D character models or any parts where you want extra shine.
Bambu PLA Silk brings a silky appearance and long-lasting high gloss to your 3D prints, turning models into stunning art.
Silky look with radiant shine
PLA Matte VS PLA Silk
Bambu PLA Silk is ideal for decorations, art projects, and 3D character models or any part where you want a glossier finish.
Compared to standard PLA Silk, Bambu PLA Silk is toughened and shows greater resistance to breaking when using AMS printing.
The visual gloss of models printed with Silk material can be controlled by temperature and print speed. To achieve glossier surfaces, higher print temperatures and/or lower speeds are recommended.
Recommended settings: nozzle temperature: 230 - 240 °C, outer wall speed: 30 - 60 mm/s
All print parameters are embedded in an RFID that can be read through our AMS (Automatic Material System).
Load and print! No more tedious setup steps.
• Drying PLA Tough is optional. Recommended drying conditions are 55 ℃ for 8 hours in a filament dryer and 75 ℃ for 12 hours on the printer’s heated bed. Learn more about filament drying. For more information, see the Filament Drying Cover section on the WIKI.
