Filament PLA+ Tough Pro Onyx Black AF 1,75 mm fabriqué aux États-Unis !
Filament PLA+ Tough Pro Onyx Black AF 1,75 mm fabriqué aux États-Unis !
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Présentation de notre tout nouveau TOUGH Pro PLA+. Un PLA robuste et technique qui peut résister à des impacts et des températures élevées. Directement à partir de la plaque de construction, notre Tough Pro PLA+ vous offre une résistance aux chocs 8,8 fois supérieure à celle d'un PLA standard.
Notre Tough Pro PLA+ utilise de la résine vierge NatureWorks Ingeo 3D870, conçue pour offrir des propriétés thermiques et mécaniques similaires à celles de l'ABS dans un emballage PLA respectueux de l'environnement.
Cette qualité de PLA peut être recuite après impression pour cristalliser davantage le matériau, améliorant encore ses propriétés thermiques et mécaniques.
Cliquez ici pour consulter notre guide sur la façon de recuire vos pièces.
Notre Tough Pro PLA+ est un matériau de travail de qualité, conçu pour vos tâches les plus difficiles. Fabriqué à partir de résine PLA Ingeo 3D870 conçue et fabriquée ici même aux États-Unis ; après recuit, il présente une résistance aux chocs comparable à celle de l'ABS, une résistance à la température comparable à celle du PETG, le tout dans un emballage PLA d'origine biologique avec les mêmes excellentes caractéristiques d'impression 3D que le PLA.
Chaque bobine contient 1 kg (2,2 lb) de filament, avec un diamètre de 1,75 mm et une précision dimensionnelle de +/- 0,05 mm.
Dimensions de la bobine (désormais compatible avec les unités Bambu Labs AMS) :
- Diamètre intérieur (ID) = 52 mm
- Diamètre extérieur (OD) = 200 mm
- Largeur (L) = 67 mm
- Poids = 200 - 220 g
Nous recommandons une température de buse de 205-220°C et une température de lit de 45-60°C.
Onyx Black s'appelait auparavant Matte Black, si vous recevez une bobine avec Matte Black sur l'étiquette, c'est la bonne couleur !
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Print Settings
Print Settings
- Nozzle Temperature: 240 - 270°C
- Bed Temperature: 70 - 100°C
- Speed: 60 - 300 mm/s
Nozzle temperature can vary between 240-270°C depending on desired layer to layer adhesion vs part print quality. Higher nozzle temperatures will result in stronger parts, but may cause lower quality and/or increased stringing.
Part cooling can also vary depending on desired layer to layer adhesion vs part print quality. More cooling will result in better overhangs & bridging, but will decrease the ultimate layer to layer adhesion.
For Bambu Printers: We recommend using the Bambu Labs Gold Textured PEI build plate, or other aftermarket textured PEI build plates, for this material. 70°C should be sufficient for adequate build plate adhesion, going higher than this temperature may cause parts to adhere to the plate too well.
For Bambu Printers: recommended retraction length can vary between 0.8-1.2mm depending on the amount of stringing you experience. For other printers: the default retraction settings for PETG should be sufficient, but total retraction length may need to be increased slightly.
For Bambu Printers: It is recommended to lower your Top Surface print speed to 100-150 mm/s for higher top layer quality.
1kg Spool Dimensions (AMS-Compatible)
1kg Spool Dimensions (AMS-Compatible)
- Filament Weight = 1 kg
- Filament Diameter = 1.75 mm (+/- 0.05 mm)
- Spool Inner Diameter (ID) = 52 mm
- Spool Outer Diameter (OD) = 200 mm
- Spool Width (W) = 67 mm
- Spool Weight = 220 g
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I bought four 1kg rolls of PCTG on the "AMS compatible" reel. When mounted as an external spool holder, it works fine and prints great on my new Bambu H2D printer. Great quality print, strong, and good looking.
Unfortunately, the reels are NOT truly AMS compatible -- at least not for the Bambu AMS 2 Pro came with my H2D Pro package. Two of the four reels are warped so don't track well in the AMS. But all have a round and slippery edge profile that the AMS rollers can get a good enough grip on to turn properly. So as the H2D is unloading filament and the AMS is commanded to roll the reel backwards to take up the ejected filament, it just slips. The reel doesn't turn and the filament ends up tangled inside the AMS housing.
Sorry for this negative review and I really hope that AF can source some better reels. I'd certainly be willing to pay the extra cost for them. Meanwhile, I've ordered four Bambu Labs refillable/split reels and it seems that I'll need to purchase or print/build a respooler to transfer the AF filament to them.
I'll end on a positive note: I received truly excellent support from the sales/shipping department. After placing my order, I realized it wouldn't get to my home before we were leaving for an extended vacation, so reached out to AF support. They were very helpful with holding and subsequently shipping once I'd returned. They even included some small sample rolls of other PCTG colors. The shipment arrived safely with all rolls still properly sealed.
Good quality and consistency.
Brian, thank you for the review!
The PCTG has printed great on my Bambu P1S with the profile from AF. Prints look great and seem stronger than PETG and the melting temperature is much better. I just wish there were more colors available. I need the higher melting temperature and like ABS for that but don’t want to print ABS because it causes cancer. It is slower to print than PLA but not by much and to get the higher temperature resistance it is great.
I'm on my third role and have enjoyed the strength and all benefits of a print in this material but it is EXTREMELY hygroscopic and I have to dry it for extended periods in between each print to prevent intense stringing
Taylor, thanks for taking the time to leave a review! Are you sure that the stringing is from the material absorbing moisture? We haven't experienced this issue in our internal testing, and the technical data for the material indicates that it should be relatively Non-hygroscopic relative to other common filament materials.
Would love to have some print profiles for the h2d