Last updated at 05/11/2026 10:26:57
Bambu Lab TPU for AMS Filament - Gray, with Reusable Spool 1kg - 1.75mm - 53102
Delivery between 10–15 Nov $9
Bambu Lab TPU Filament for AMS 1.75mm 1kg White
Delivery between 9–13 Nov $20.65
Bambu Lab TPU for AMS Grey (Spool)
Delivery $15
| Type | Filament |
| Printing Material Type | TPU |
| Filament Diameter | 1.75 mm +/- 0.05 mm |
| Filament Type | TPU |
| Highlighted Features | Seamless AMS & AMS lite Integration, Comes with High Temperature Reusable Spool |
Bambu Lab TPU for AMS Filament - Gray, with Reusable Spool 1kg - 1.75mm - 53102
Delivery between 10–15 Nov $9
Bambu Lab TPU Filament for AMS 1.75mm 1kg White
Delivery between 9–13 Nov $20.65
Bambu Lab TPU for AMS Grey (Spool)
Delivery $15
| Type | Filament |
| Printing Material Type | TPU |
| Filament Diameter | 1.75 mm +/- 0.05 mm |
| Filament Type | TPU |
| Highlighted Features | Seamless AMS & AMS lite Integration, Comes with High Temperature Reusable Spool |
Material Properties With a Shore hardness of 68D, this TPU variant combines exceptional toughness with flexibility, making it ideal for printing durable, impact-resistant parts such as protective cases, door stoppers, and automotive components. Printing Performance The filament's formulation reduces common stringing issues associated with traditional TPU, ensuring cleaner and more precise prints. Additionally, it supports print speeds up to 60% faster than Bambu Lab's TPU 95A HF, enhancing efficiency without compromising quality. Compatibility and Recommendations Bambu Lab TPU for AMS is specifically designed for use with AMS and AMS Lite systems, facilitating multi-color TPU printing projects. However, it's not recommended for use with 0.2mm nozzles. Due to its moisture sensitivity, it's advisable to dry the filament at 70°C for 8 hours before printing to maintain optimal performance. Printing Tips The elasticity of TPU prints can be adjusted by modifying wall loops and infill density; increasing these parameters decreases elasticity, while decreasing them increases it. For best results, use build plates like the Textured PEI Plate or Smooth PEI Plate, and apply Bambu Liquid Glue to enhance adhesion.
Material Properties With a Shore hardness of 68D, this TPU variant combines exceptional toughness with flexibility, making it ideal for printing durable, impact-resistant parts such as protective cases, door stoppers, and automotive components. Printing Performance The filament's formulation reduces common stringing issues associated with traditional TPU, ensuring cleaner and more precise prints. Additionally, it supports print speeds up to 60% faster than Bambu Lab's TPU 95A HF, enhancing efficiency without compromising quality. Compatibility and Recommendations Bambu Lab TPU for AMS is specifically designed for use with AMS and AMS Lite systems, facilitating multi-color TPU printing projects. However, it's not recommended for use with 0.2mm nozzles. Due to its moisture sensitivity, it's advisable to dry the filament at 70°C for 8 hours before printing to maintain optimal performance. Printing Tips The elasticity of TPU prints can be adjusted by modifying wall loops and infill density; increasing these parameters decreases elasticity, while decreasing them increases it. For best results, use build plates like the Textured PEI Plate or Smooth PEI Plate, and apply Bambu Liquid Glue to enhance adhesion.
Bambu Lab Filament TPU for AMS White
Material Properties With a Shore hardness of 68D, this TPU variant combines exceptional toughness with flexibility, making it ideal for printing durable, impact-resistant parts such as protective cases, door stoppers, and automotive components. Printing Performance The filament's formulation reduces common stringing issues associated with traditional TPU, ensuring cleaner and more precise prints. Additionally, it supports print speeds up to 60% faster than Bambu Lab's TPU 95A HF, enhancing efficiency without compromising quality. Compatibility and Recommendations Bambu Lab TPU for AMS is specifically designed for use with AMS and AMS Lite systems, facilitating multi-color TPU printing projects. However, it's not recommended for use with 0.2mm nozzles. Due to its moisture sensitivity, it's advisable to dry the filament at 70°C for 8 hours before printing to maintain optimal performance. Printing Tips The elasticity of TPU prints can be adjusted by modifying wall loops and infill density; increasing these parameters decreases elasticity, while decreasing them increases it. For best results, use build plates like the Textured PEI Plate or Smooth PEI Plate, and apply Bambu Liquid Glue to enhance adhesion.
Material Properties With a Shore hardness of 68D, this TPU variant combines exceptional toughness with flexibility, making it ideal for printing durable, impact-resistant parts such as protective cases, door stoppers, and automotive components. Printing Performance The filament's formulation reduces common stringing issues associated with traditional TPU, ensuring cleaner and more precise prints. Additionally, it supports print speeds up to 60% faster than Bambu Lab's TPU 95A HF, enhancing efficiency without compromising quality. Compatibility and Recommendations Bambu Lab TPU for AMS is specifically designed for use with AMS and AMS Lite systems, facilitating multi-color TPU printing projects. However, it's not recommended for use with 0.2mm nozzles. Due to its moisture sensitivity, it's advisable to dry the filament at 70°C for 8 hours before printing to maintain optimal performance. Printing Tips The elasticity of TPU prints can be adjusted by modifying wall loops and infill density; increasing these parameters decreases elasticity, while decreasing them increases it. For best results, use build plates like the Textured PEI Plate or Smooth PEI Plate, and apply Bambu Liquid Glue to enhance adhesion.
in 3 offers
The lowest price for Bambu Lab Filament TPU for AMS White right now is $59.92 at PB Tech, compared across 3 retailers.
The all-time low was $59.92 on 5 Nov 2026. That's the lowest price we've ever tracked — a great time to buy.
Prices last updated 5 Nov 2026.