TPU-1KG 1.75 3D Printer Filament, Dimensional Accuracy +/- 0.03 mm, 1kg Spool,Orange

This TPU filament works great with my Bambu Lab AMS Lite! The quality is top-notch—it's flexible, durable, and prints smoothly without any issues. I’ve had no trouble with warping or adhesion, and the flexibility is just right for my projects. It’s great to know that it’s compatible with the AMS Lite system, making my 3D printing process even more efficient. I’m really happy with the results, and I’ll definitely continue using this filament! Highly recommend for anyone using Bambu Lab equipment or looking for reliable TPU filament.

Perfect for my New Brax 3 Smartphone case. I designed a case for this phone and the typical 95A filament was too flimsy for a Smartphone case. This PRILINE TPU filament is 98A which is exactly what I needed. Flexible but not spaghetti noodle flimsy. Printed well at 210C nozzle temp and 45C Bed.

buena calidad de material

So far, outstanding print quality at 215C, 25mm/s when filament is kept very dry. Product claims softness of Shore 98A, which would suggest slightly less flexibility than Shore 95A, which is common with other common TPU varieties. That's exactly why I purchased it and it delivers. Additionally, thin sections can be flexed hundreds of times with no appreciable change in properties, which suggests that the parts will have the famous TPU durability. My only disappointment is that when parts are flexed and then released, they only recover about 50% to their original shape. The other TPU I have experience with is Hatchbox, which recovers nearly 100% to the original shape, making the Hatchbox far more useful for what I had intended. Since the mfgr. makes no claims on resiliency (that I saw), I have no basis to demote the feedback rating, but next purchasers should be aware of the properties they can expect. Update 2021.05.12: Rather than using this for applications requiring flexibility, we find this is our go-to material for applications where the parts are actually going to be used and where we would otherwise have used PLA. If we just want something to sit on a shelf and look good, we can use up the PLA. But if the parts are going to be handled, assembled, dropped, drilled, screwed together, and stepped on, we use this. This material is what should be used when you want to make something really useful. Update June 2024: -Dry thoroughly (can’t be over emphasized) -Use a max volumetric flow of 2mm3/s to automatically limit print speeds (independent of layer height or width) -Use 200c nozzle temp (yes, it seems low, but layer bonding is still perfect and detail/bridging rivals PLA) -use 1 degree ramping lift to further minimize stringing, but with dry filament and relatively low flow rate, there shouldn’t be much stringing anyway. This stuff is extremely underrated for making very strong, useful things.

Was afraid that tpu would be too soft for my ender 3, but it worked quite well. I assume it's stiffer than most tpu so there were no feed problems.