ANYCUBIC ACE TPU Filament, 1.75 mm, 1 kg, Black

ANYCUBIC ACE TPU Filament is listed as 1.75 mm filament in black, with a 1 kg listed weight and intended compatibility with the ACE 2 Pro. The listing describes it as 68D TPU for functional flexible parts and multi-material prints, but its stated suitability is specifically tied to that printer system.

At a glance

The listing targets ACE 2 Pro and says an integrated chip can identify the filament and load a preset.
The claimed 68D hardness is positioned for firmer flexible parts such as tool grips, bumpers and protective cases.
The manufacturer claims bonding with PLA, PETG and other materials for integrated multi-material parts.
Recommended settings are listed for nozzle temperature, bed temperature and printing speed.

Price

$26.99Save 23%

Reference price: ~~$34.99~~

Price checked: Nov 14, 2026

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Pros and cons

Pros

The listed 1.75 mm diameter and 1 kg weight provide key sizing information for checking printer and spool needs.
Multi-material adhesion is a stated use case for making combined flexible and rigid parts without assembling separate prints.
A reusable spool is claimed, which may suit users planning to retain the spool for later filament use.

Cons

The listing describes this material as engineered for ACE 2 Pro, so buyers using another printer should confirm that printer and feeding setup are suitable before purchase.
At the claimed 68D hardness, this is positioned as firmer TPU rather than a soft, highly flexible filament.

Technical specifications

9 specifications

Identity
Brand	ANYCUBIC

Dimensions and installation
Weight listed	1 kg
Filament diameter	1.75 millimeters

Materials and printing
Material listed	TPU for ACE
Color	1kg Tpu for Ace Black
Claimed hardness	68D
Recommended printing temperature	210-250℃
Recommended bed temperature	35-60℃
Recommended printing speed	40-250mm/s

What to know before buying

The 68D hardness, ACE 2 Pro-specific compatibility, broad printer compatibility, automatic identification and print-performance statements are manufacturer claims. Confirm the filament profile and hardware compatibility for your printer, especially if not using ACE 2 Pro. The recommended speed range is 40-250mm/s, so results may depend on printer and settings.

Who is it for?

A good fit for

ACE 2 Pro owners seeking black TPU for functional parts.
Users interested in firmer flexible prints such as grips, protective parts or vibration dampers.
Printers and workflows intended for multi-material TPU bonding with PLA or PETG, subject to compatibility.

Less suited to

Buyers seeking soft 95A-style TPU or a stated measure of high elasticity.
Users who need confirmed compatibility with a non-ACE 2 Pro printer without checking its feed system and material settings.

ANYCUBIC ACE TPU Filament, 1.75 mm, 1 kg, Black · photo 2 — Additional product photo 2

Customer reviews on Amazon

4.4 / 5 · 6 ratings

5 stars79%79%
4 stars0%0%
3 stars0%0%
2 stars21%21%
1 star0%0%

Only aggregate ratings are supplied, with a small rating sample and a split between five-star and two-star ratings. This suggests that experiences were not uniformly positive, but the figures do not explain why people rated it that way. They cannot establish performance, compatibility or print quality for a particular printer.

Frequently asked questions

Is this filament intended for the ACE 2 Pro?

Yes. The listing says it is engineered for ACE 2 Pro. It also mentions compatibility with most FDM printers, so users of other printers should verify material and feeding compatibility for their setup.

How firm is this TPU?

The listing claims 68D hardness and describes the material as relatively rigid for TPU, intended for durable functional pieces. This is a manufacturer claim, not an independent measurement.

What print settings are recommended?

The listing gives a printing temperature of 210-250℃, a bed temperature of 35-60℃ and a printing speed of 40-250mm/s.

Can it be combined with PLA or PETG?

The manufacturer claims it bonds with PLA, PETG and other materials for integrated multi-material prints. Actual results depend on printer capability and settings.