5-10 days
Payments
Beschreibung
Beschreibung
ABS in Profiqualität
Polymaker™ ABS Pro ist ein ABS-Filament in Engineering-Qualität für alle, die mehr Leistung brauchen, als Standard-ABS bieten kann. Mit höherer Hitzebeständigkeit, Festigkeit und Schlagzähigkeit ist ABS Pro das ideale Upgrade für anspruchsvolle funktionale Druckanwendungen.
Druckbarkeit bei hoher Geschwindigkeit
ABS Pro ist für Druckgeschwindigkeiten von bis zu 250 mm/s validiert und ermöglicht so mehr Produktivität bei exzellenter Bauteilqualität und Zuverlässigkeit. Optimiert für eingehauste Druckumgebungen, liefert es schnelle und gleichbleibende Ergebnisse.
Leistung bei hohen Temperaturen
Mit einer Wärmeformbeständigkeit (HDT) von 101,4 °C bei 1,8 MPa und 106,4 °C bei 0,45 MPa bleibt ABS Pro auch in Umgebungen mit erhöhten Temperaturen formstabil. Es eignet sich gut für funktionale Prototypen, Gehäuse für den Endeinsatz, Halterungen, Clips, Vorrichtungen und individuelle Druckerbauteile, bei denen Standard-ABS an seine Grenzen stößt.
Für die Dauer gebaut
ABS Pro vereint hohe Festigkeit, Steifigkeit und Schlagzähigkeit für anspruchsvolle funktionale Anwendungen. Mit einer Zugfestigkeit von 34,94 MPa, einer Biegefestigkeit von 60,05 MPa und einer Schlagzähigkeit (ungekerbt) von 30,48 kJ/m² liefert ABS Pro die Langlebigkeit, Steifigkeit und Zähigkeit, die tragende und funktionale Bauteile verlangen.
Zuverlässig unter Last
Die verbesserte Kriechbeständigkeit hilft ABS Pro, einer allmählichen Verformung unter dauerhafter mechanischer Belastung zu widerstehen, und sorgt so für verlässliche Langzeitleistung in strukturellen und mechanisch anspruchsvollen Anwendungen.
14 lebendige Farboptionen
ABS Pro ist in Regular, Gradient, Galaxy und weiteren Varianten erhältlich und verbindet Engineering-Leistung auf Profiniveau mit einer vielseitigen Auswahl an optischen Möglichkeiten, ohne Kompromisse.
Druckanforderungen
Druckeinstellungen
Druckeinstellungen
Polymaker™ ABS Pro
Polymaker™ ABS Pro - Black / 1 kg ist nachbestellt und wird versendet, sobald es wieder auf Lager ist.
Technische Daten
Alles, was du vor dem Druck wissen musst
| Property | X-Y | Z | Value | Method |
|---|---|---|---|---|
| Density | — | — | 1.04 g/cm³ Important | ISO 1183 |
| Tensile strength | 34.94 MPa Important | 21.87 MPa Important | — | ISO 527 |
| Elongation at break | 7.34 % Important | 1.54 % Important | — | ISO 527 |
| Bending strength | 60.05 MPa Important | 41.24 MPa Important | — | ISO 178 |
| Bending modulus | 2330 MPa Important | 2170 MPa Important | — | ISO 178 |
| Young's modulus | 2330 MPa Important | 1950 MPa Important | — | ISO 527 |
| Charpy, unnotched | 30.48 KJ/m² Important | 6.13 KJ/m² Important | — | ISO 179 |
| Charpy, notched | 14.48 KJ/m² Important | — | — | ISO 179 |
| Glass transition temperature (Tg) | — | — | 114.9 °C Important | ISO 11357 |
| Vicat softening temperature | — | — | 116.1 °C Important | ISO 306 |
| HDT (0.45 MPa) | — | — | 106.4 °C Important | ISO 75 |
| HDT (1.8 MPa) | — | — | 101.4 °C Important | ISO 75 |
Getestet an Prüfkörpern mit 100 % Infill. X-Y = quer zu den Schichten, Z = zwischen den Schichten (Schichthaftung).
Häufige Fragen
Du hast Fragen? Wir haben die Antworten. Von der Materialwahl bis zur Pflege deiner Spulen - hier findest du alles Wichtige an einem Ort.
Do I need an enclosure to print ABS Pro?
Does ABS Pro require a hardened nozzle?
Do I need to dry ABS Pro before printing?
Will the spools work in an AMS?
What printers is ABS Pro compatible with?
What is the difference between ABS Pro and ABS Max?
Is ABS Pro stronger than standard ABS?
Is this material food safe?
How should ABS Pro be stored?
High-performance ABS filament with excellent heat resistance and "crazy good volumetric speed." Customers praised it as "some of the best ABS" with fast shipping. However, mixed feedback on color accuracy versus website images, and some noted challenging printing requirements including bed adhesion issues and dimensional stability concerns for optimal results.
The Voron Red ABS Pro is Great.
Fast Shipping. Printing beautifully.
The person in charge of the thumbnails is colorblind. Not sure how else this sort of thing could happen. The Voron Red thumbnail is quite crimson, but the preview photo shows the proper color. Of course the way the website is set up on mobile, you can't always see the preview photo (or sometimes there isn't one) when you select the tile to add to cart. I'm happy to support the Voron project, but I was expecting it to be a darker red color to match the color of the parts on my printer.
I am still excited to use this filament, but I can't use it for what I planned for.
Polymaker, please buy whoever is in charge of the thumbnails a pair of thise colorblind correction glasses!
I bought the ABS Pro in Polymaker teal. I went by stock images and the hex code. The product in hand is not even close to what is displayed on the product page or any site depicting images by HEX. #1FBEC7 is a much stronger indicator of the tangible product.
I can't speak to the filament properties as I haven't printed with it and am not sure I even will because the color is so off. I would try and return if I could do that, but since the vacuum seal is opaque, I had to destroy the packaging to even see the color. Enough to put me off from buying other colors.
Very sorry for any issues with our HEX code being misleading - I do seem to agree this is a bit off. I am going to have the team investigate - in the meantime can you reach out to us via the email listed on the spool? We can help further there.
Some of the best abs I used and very quick delivery
Some of the best abs I used and very quick delivery
I am the first to admit I will grab cheaper ABS solutions, but for printing parts for showcase printer builds I go for the best. Was excited to try out the new Polymaker ABS Pro for acccent parts in a new Voron 2.4 build and the ABS Pro printed flawlessly with minimal tuning on my Trident printer. Great solid white color. Thanks Polymaker! Great Stuff!
Was really looking forward to this as a replacement to Siraya Techs HT HF ABS, unfortunately while there are some things it does better mainly in benchmarks actual printing experience is rather poor.
The Good
- Crazy good volumetric speed: I could hit 40mm^3 on occasion with no defects, and reliably all the time at 35mm^3
- Heat resistance: this benchmarks well comparable to Siraya tech
- Color Availability: Plenty of colors available as opposed to just black
The Bad
- Extremely difficult to print: 50% of the time loses bed adhesion after the first 5 layers or 3/4 of the way through a print.
- Dimensional Stability: This is easily the worst filament I've ever used when it comes to retaining shape, consistent sizing per print, and shrinking/warping during printing
-Surface Quality: No matter how dialed in the calibrations got and going from peak speed to half of the theoretical max layer adhesion is poor, no flow rate results in a smooth finish it either underextrudes, or overextrudes to the point of looking fuzzy, blobbing, etc
-Overall more demanding temps: Temps need to be roughly 20 degrees hotter on the nozzle and 15 degrees hotter on the print bed in order to have any chance of completing a print without losing bed adhesion, or having a ton of visible lines with banding and little lines from non adhesion
-Typical terrible Polymaker winding: We all know Polymaker does the worst job winding their filament, this filament is no different.
My overall take is that unless you have a chamber heater at a minimum, and max your heat on everything, you have no chance of printing this with any level of success consistently. While it benchmarks exceptionally, the real world application and use of this unfortunately does not match the potential. I'm giving it 3 stars instead of two, because i think if you can create the extremely demanding conditions required by this filament that potentially this could be a great filament for you.
How does the ABS Pro do on overhangs?
This will depend on if you have cooling fans on or not. If you are not using cooling fans - then the added chamber heat and high printing temperature can make it so that overhangs will droop.
But if you have cooling set too high you could be battling with layer adhesion. So it is a balance.
But as a general answer - we would say that you will need supports at lower angles than you would with something like PLA.
