1. Home
  3. All PLA
  5. TPU Filament
ANYCUBIC-AU
Free Express Shipping
ANYCUBIC-AU
14-Day No Reason Return
ANYCUBIC-AU
30-Day After-Sales Guarantee
ANYCUBIC-AU
1-Year Warranty For 3D Printers

TPU Filament

$44.78
$44.78
Size: 1KG
Color: Black
Buy it Now
Note:
🎈The filament colors will be shipped randomly based on available inventory.
ANYCUBIC-AU
Estimated Shipping Time
Ships in 24 hours
All colors
View More
ANYCUBIC-AU
Payment Methods
PayPalVisaAmerican Express MastercardDiscoverDiners ClubJCBAfterpayZip
ANYCUBIC-AU
Delivery Method
ANYCUBIC-AU ANYCUBIC-AU ANYCUBIC-AU
ANYCUBIC-AU
Free Express Shipping
ANYCUBIC-AU
14-Day No Reason Return
ANYCUBIC-AU
30-Day After-Sales Guarantee
ANYCUBIC-AU
1-Year Warranty For 3D Printers
ANYCUBIC-AUPLA Special
PLA Special
PLA Silk
ANYCUBIC-AUPLA Silk
$44.78
$44.78
Features Material Performance Color Type Reviews FAQs
$44.78
$44.78
Add to cart
ANYCUBIC-AUANYCUBIC-AU

Anycubic TPU

Soft and Highly Flexible | Outstanding Durability and Wear Resistance

Video

Soft and Highly Flexible

TPU’s rubber-like texture and flexibility make it ideal for printing models like insoles, phone cases, and wristbands. Drying the filament beforehand improves print quality [1].

Outstanding Toughness

Anycubic TPU delivers unparalleled toughness and tear resistance, outperforming conventional materials.

Excelent Weather Resistance

Anycubic TPU offers excellent wear and oil
resistance, bright colors, clump-free
performance, and long-lasting durability.

Optimized Settings for Anycubic TPU

Pre-configured TPU settings in the slicer minimize stringing and ensure excellent print results.
User Application Scenarios
ANYCUBIC-AU
ANYCUBIC-AU
ANYCUBIC-AU

Pre-printing Preparation

Dry Out Before UseRecommended
Drying Condition70℃-80℃, (8h)
ACE Pro CompatibilityNot Compatible

Recommended Settings

Printing Temperature195-230℃
Heated Bed Temperature50℃-60℃
Printing Speed50-150mm/s

Material Performance - Physical Properties

Density1.23 g/cm³
Melt Flow Index g/10min25 g /10min( 190℃/2.16kg )
Heat Deflection Temperature52℃
Water Absorption Saturation Rate1.08%

Material Performance - Mechanical Properties

Hardness95A
Tensile Modulus50.2MPa
Tensile Strength34.4MPa
Elongation at Break697%
Bending Modulus87.6MPa
B ending Strength4.26MPa
Impact Strength XYwon't break

Color Type

ColorHex CodeDisplay
Black#212721
Gray#63666A
Clear#FFFFFF
Red#D22630
Orange#FF6A13
Purple#A438A8
Blue#005EB8
Clear Green#79C000
Milky White#E9E9E7

FAQs

What do the [1] annotations in the product details mean?

The numbered annotations on the product page correspond to the following explanations:

Bubbles may form from friction between TPU and the Teflon tube during feeding; try spreading the filament or feeding it directly into the extruder to resolve the issue.

What should I do if the filament I received has problems with quantity, color, or other problems?

If there are any problems with the filament you received, please contact our support team for answers.

Where can I learn about the settings for different filaments?

Click here to learn about filament settings here.

What are the main features of Anycubic TPU?

Anycubic TPU boasts a soft, rubber-like texture and exceptional flexibility, making it perfect for printing flexible models like insoles, phone cases, and wristbands. It also offers outstanding toughness with an elongation at break of ≥697%, excellent weather, wear, and oil resistance, as well as vibrant, long-lasting colors. Pre-configured TPU settings in the slicer help minimize stringing and ensure optimal print results.

Why is it recommended to dry TPU filament before printing?

Drying TPU filament removes moisture that can lead to defects during printing. Given TPU’s high flexibility, the filament is more prone to issues like bubble formation, so drying it helps improve overall print quality.

How can I effectively solve the bubble issue during TPU printing?

Bubbles may form due to significant friction between the flexible TPU and the Teflon tube as the filament is stretched and thinned during feeding. To effectively resolve this issue, try spreading the filament out or feeding it directly into the extruder.