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Bambu Lab TPU for AMS 3D Printing Filament
Bambu Lab TPU for AMS 3D Printing Filament
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Shore Hardness: 68D – Significantly harder than typical TPU (~95A), offering stiffness closer to PLA, while retaining some flexibility.
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Design Focus: Created to overcome the jamming and feeding issues that common TPUs face in the AMS path.
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Speed Boost: Allows up to 60% faster printing compared to TPU 95A HF—max speeds up to 238 mm/s and volumetric flow rate up to 18 mm³/s.
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RFID Integration: Comes with RFID-tagged spool for automatic parameter configuration within the AMS ecosystem.
In Stock
Ships Tomorrow
Same Day Shipping
₱1,899.00
Bambu Lab TPU for AMS 3D Printing Filament
Bambu Lab TPU for AMS 3D Printing Filament
-
Shore Hardness: 68D – Significantly harder than typical TPU (~95A), offering stiffness closer to PLA, while retaining some flexibility.
-
Design Focus: Created to overcome the jamming and feeding issues that common TPUs face in the AMS path.
-
Speed Boost: Allows up to 60% faster printing compared to TPU 95A HF—max speeds up to 238 mm/s and volumetric flow rate up to 18 mm³/s.
-
RFID Integration: Comes with RFID-tagged spool for automatic parameter configuration within the AMS ecosystem.
In Stock
Ships Tomorrow
Same Day Shipping
₱1,899.00
Bambu Lab TPU for AMS 3D Printing Filament
Printing Recommendations
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Drying is Crucial: Dry filament at 70 °C for 8 hours (blast oven), or 80–90 °C for 12 hours on an X1 heatbed. Store with desiccant in sealed containers to prevent moisture-induced stringing and adhesion issues.
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Hardware Guidelines:
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Use hardened or stainless steel nozzles of 0.4 mm or larger.
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Avoid 0.2 mm nozzles, which are incompatible due to the filament’s stiffness.
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Bed Temperatures: 30–35 °C on smooth or textured PEI surfaces with glue stick application.
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Tweak Elasticity: Reduce wall loops and infill density to enhance flexibility; increasing them makes prints stiffer.