TPU filaments are essentially plastics with rubber-like qualities, making them extremely flexible and durable. Flexible filaments are commonly used to produce household appliances, toys, phone cases, wearables like wristbands, automotive parts, and medical supplies. If you need something that is supposed to bend, stretch, or compress, this TPU 3D printer filament should be up for the task.

Compared to generic TPE, AzureFilms TPU filament is slightly more rigid, which is a good feature in the 3D printing industry because it means that is easier to 3D print it. It is also a little more durable and can better retain its elasticity in the cold. The wear resistance of the TPU Filament is 20% better than the ABS Filament and 68% better than the PLA Filament.

AzureFilms TPU is incredibly easy to feed in your 3D printer; we offer 2 different types of hardness 85A shore and 98A shore. If you have a direct drive extruder you can print both types of flexible filaments, but if your 3D printer has a Bowden tube you will need to use a very specific fine-tuning. Printers with a Bowden tube have a tendency to get jammed while printing any TPU filaments. If you have a Bowden tube we suggest you use 98A shore flexible filament (the filament is a little bit harder than 85A shore, which makes it easier to print).

WARNING: If you hear the filament cross during 3D printing it means that the filament is damp and needs to be dried for good results. Use a filament dryer like Creality Dry box.

 Pros: Very flexible, perfect for parts that bend or compress, 2 options: 85A shore and 98A shore

 Cons: Difficult to print, requires tight filament path and slow print speed, hygroscopic

 

Strength: Medium | Flexibility: Very High| Durability: Very High

Difficulty to use: Medium  |  Shrinkage/warping: Minimal

Soluble: No | Food safety: Not food safe

If you want to learn more about printing flexible filaments check out this blog.

Test specimens print settings:

3D printer: Creality Ender 3 Pro + Micro Swiss Direct Drive Ekstruder	Infill: 100 %	Nozzle temperature: 230 °C
Slicer: Cura	Shells: /	Bed temperature: 60 °C
Nozzle: 0,4 mm	Layer height: 0,2 mm	Print speed: 30 mm/s

 

 

 

Printing Recommendations:
Nozzle temperature: 200–240°C
Heated bed: Recommended 0-80°C
Print speed: 10–30 mm/s
Build platform: Glass bed, Kaptontape, Blue tape. Recommended: Glass bed + Dimafix

Access to all technical data sheets can be found here.

Flexible Filament Transparent 1.75mm. The hardness of TPU Filament is 85A Shore. Flex Filament is made in Slovenia and is manufactured in 300g coils. The wear resistance of the TPU Filament is 20% better than the ABS Filament and 68% better than the PLA Filament.

Recommended Print Speed:
Upper and lower layer: 10-20 mm / sec (600-1200 mm / min)
Print speed: 15-35 mm / sec (900-2100 mm / min)

WARNING: If you have trouble printing with flexible filaments, you may hear the filament cross during printing, which means that the filament is damp and needs to be dried for good results.

TPU filaments are essentially plastics with rubber-like qualities, making them extremely flexible and durable. Flexible filaments are commonly used to produce household appliances, toys, phone cases, wearables like wristbands, automotive parts, and medical supplies. If you need something that is supposed to bend, stretch, or compress, this TPU 3D printer filament should be up for the task.

Compared to generic TPE, AzureFilms TPU filament is slightly more rigid, which is a good feature in the 3D printing industry because it means that is easier to 3D print it. It is also a little more durable and can better retain its elasticity in the cold. The wear resistance of the TPU Filament is 20% better than the ABS Filament and 68% better than the PLA Filament.

AzureFilms TPU is incredibly easy to feed in your 3D printer; we offer 2 different types of hardness 85A shore and 98A shore. If you have a direct drive extruder you can print both types of flexible filaments, but if your 3D printer has a Bowden tube you will need to use a very specific fine-tuning. Printers with a Bowden tube have a tendency to get jammed while printing any TPU filaments. If you have a Bowden tube we suggest you use 98A shore flexible filament (the filament is a little bit harder than 85A shore, which makes it easier to print).

WARNING: If you hear the filament cross during 3D printing it means that the filament is damp and needs to be dried for good results. Use a filament dryer like Creality Dry box.

 Pros: Very flexible, perfect for parts that bend or compress, 2 options: 85A shore and 98A shore

 Cons: Difficult to print, requires tight filament path and slow print speed, hygroscopic

 

Strength: Medium | Flexibility: Very High| Durability: Very High

Difficulty to use: Medium  |  Shrinkage/warping: Minimal

Soluble: No | Food safety: Not food safe

If you want to learn more about printing flexible filaments check out this blog.

Test specimens print settings:

3D printer: Creality Ender 3 Pro + Micro Swiss Direct Drive Ekstruder	Infill: 100 %	Nozzle temperature: 230 °C
Slicer: Cura	Shells: /	Bed temperature: 60 °C
Nozzle: 0,4 mm	Layer height: 0,2 mm	Print speed: 30 mm/s

 

 

 

Printing Recommendations:
Nozzle temperature: 200–240°C
Heated bed: Recommended 0-80°C
Print speed: 10–30 mm/s
Build platform: Glass bed, Kaptontape, Blue tape. Recommended: Glass bed + Dimafix

Access to all technical data sheets can be found here.

Flexible Filament Transparent 1.75mm. The hardness of TPU Filament is 85A Shore. Flex Filament is made in Slovenia and is manufactured in 300g coils. The wear resistance of the TPU Filament is 20% better than the ABS Filament and 68% better than the PLA Filament.

Recommended Print Speed:
Upper and lower layer: 10-20 mm / sec (600-1200 mm / min)
Print speed: 15-35 mm / sec (900-2100 mm / min)

WARNING: If you have trouble printing with flexible filaments, you may hear the filament cross during printing, which means that the filament is damp and needs to be dried for good results.