3DXTECH CarbonX Carbon Fiber PETG 500g (1.75mm) 3D Printing Filament

Excellent, excellent material. Great printability, minimal stringing, good layer adhesion, amazing carbon finish. High CF content. Much stiffer than normal PETG.Likes to be printed hot (250-255C) and slow (30-35 mm/s) with no fan. Sticks very well to the Creality magnetic bed at 80C. Hardened nozzle is a must. When they say it's abrasive, they're not kidding: a roll of this stuff ground the sharp tip or my MicroSwiss supposedly wear resistant plated brass nozzle flat, losing 0.3mm in overall length (Turn off combing in your slicer to avoid dragging the nozzle over the surface. This is a nozzle killer.) I since switched to a tungsten carbide nozzle and stainless steel extruder gear for a good measure, as the brass one was starting to show wear.Made in USA!

Great adhesion, clogged once with .4 nozzle but I was running a lower temp and my dryer was off but after that things were great! Beautiful filament will be buying more from this company. Oh and the spools are super nice too

This stuff is very easy to print with. The filament itself is brittle due to the carbon fiber so make sure it doesn’t bend towards 180 degrees. Part finish is very nice. I attached a picture of a few small pieces I printed.

Thus far I have gone thru 3 spools and have found the filiment is fairly reliable (good and bad). Im printing on a Prusa MK3S with a Steel E3D Nozzle X - V6-3mm x 0.50mm and PEI bed. My temps are 285/290 nozzle and 85/90 bed temps and a .3 layer height (standard prusa PETG filament settings except for layer height)My only printing complaint is bridging, it sucks big time. Ive tried a lot of different bridge settings and thus far ended up having to remove the first bridge layer if its over 10mm. The good news is that for my first three parts there is only one large bridge area which is not critical to look or strength of part.Ive included a current part printed with CarbonX PETG-CF.

I bought 8 rolls of 3DXTECH CF Filaments. 2 each of: ABS-CF, ASA-CF, PETG-CF and ASA.This stuff prints great. I am printing on a Prusa MK3S+ and I am using the Original Prusa Enclosure.Would buy again

This filament is stunning and strong. Make sure your printer is dialed in before trying to print any Petg but especially carbon fiber Petg. I’m running it on a Ender max Neo with an upgraded all metal sprite hot end and upgraded cooling. Printing at 245° on nozzle and 80° on the glass bed flipped over to the flat non textured side with glue stick for easy print removal. I keep the filament in a Eibos dryer while printing and 8+ hours ahead of printing to remove any moisture. Printing at .2 layer height on a .4 nozzle at 60mm per second. I’m also running Klipper on a sonic pad and pretuned input shaping and pressure advance along with pid tuning and parts cooling at 50%. If tuned and printed correctly this is the nicest filament with strength that you will ever print with.

For as much as we're paying for this material, you'd think they could ship it dry so that it works out of the bag, but no. I had a number of failed prints until I realized that it's absolutely necessary to put it through a full drying cycle in a filament dryer.Another problem is that it gets stuck in the Bambu AMS. I think the spool is just a bit too narrow. It actually retracts okay (which is the more common problem I see with cardboard spools). It's actually the loading where it gets stuck. The spool binds on some surface in the AMS and basically tries to lift up and presses against the roof of the AMS and gets stuck. Once it's stared going and the AMS lets the rollers spin freely, it's okay. But on first load or any reload, I have to lift the spool up by the central hole and let it spin on my fingers.

Printed a carry item with this 2 years ago and it's still holding after frequent abuse. Printed @ 260°C nozzle and 80°C bed, fan at 20%. 50mm/s print speed

Creo que en la búsqueda de un nuevo tipo de filamento me tope con este...Parece un filamento resistente pero la verdad es que entre capas es un frágil y fácil de romperNo gasten su dinero creyendo que la fibra de carbono le añade resistencia al PETG y será mas resistente, me quedo con los clásicos filamentos de siempre, fuera de eso cumple su función de filamento e imprime pero como dije anteriormente es demasiado frágil :(