Polymaker PolyLite ABS 3D Printer Filament – Born to be Strong (Upgraded 3.0 Version Cardboard Spool Design) Key Product Features: Engineered material with high heat resistance (Vicat Softening Temperature: 104 C) and good mechanical properties. Perfect for functional parts that require impact or high temperature resistance; High stability with specialty bulk polymerized ABS resin; Consistent color and dimensional accuracy realized with CCD line sensor technology; Carefully winded and dried and vacuum sealed in a resealable ziplock bag with desiccant, no tangle or moisture issue; Cardboard spool and box are made of recycled materials that can be recycled directly after use, helping lessen plastic waste. Printing settings: Nozzle: 245 C 265 C; Bed: 90 C 100 C; Speed: 30mm/s 50mm/s Bed Surface: BuildTak, PEI sheet with ABS slurry; Cooling Fan: LOW for better surface quality, OFF for better strength. Tips: Please pass the filament through the fixed hole to avoid tangles after use. Using raft or brim or reducing the speed for the first layer could help avoid warping Specs: Material: Acrylonitrile Butadiene Styrene N.W: 1kg/Spool Filament Diameter: 1.75mm / 2.85mm Spool Type: Recycled cardboard Dimensional Accuracy: 70% is within +/ 0.01, 97% is within +/ 0.02, 99% is within +/ 0.03, 99.9% is within +/ 0.04 We promise to offer the best purchasing experience. Feel free to via desertcart when you need help and we will reply within . Review: I got this for two projects where I needed some extra strength. My first small test prints were nearly perfect, without the stringing of PETG or PLA, but I still had some lessons to learn. This ABS has much less adhesion to the print bed than the PLA and PETG I used before. This caused my first larger object to lift at one end, hitting the print head and creating an unacceptable "washboard" effect. The fix wasn't hard. I used the stick adhesive which came with my printer (other people use hairspray). That was enough to keep things stable. Note also that the ideal temperature for ABS is higher. I'm using 90 C for the bed and 255 C for the print head, but testing for your application is always a good idea. The first photo shows my real reason for buying ABS. It is a handlebar to add more comfortable hand positions on an indoor trainer. It clamps to the bike's original bar at two points, using steel bolts through the ABS shapes. Hex insets for the nuts worked nicely. This is the center part of the bar, to which I added "cowhorns" printed separately. I made D.I.Y white ABS cement from a recipe online and it worked great. I would not consider it responsible to ride a home-printed ABS bar on a road or trail, but for a trainer it seems more than strong enough. I should spray it with a UV-resistant coating since it does see some sun exposure through a window. If you look carefully you can see that one of the tall thin supports failed, but you can blame me or the Cura slicing software for that. Probably no material would have built that correctly. There was no harm to the final object. The other photo shows one of the test objects you can find online. It was printed with no supports and the "bridges" came out nicely with no stringing. I have not cleaned up this print. You can see that the underside of the large overhang is quite rough beyond 50 degrees, but the overall shape is right. Review: ほかのフィラメントが反らないのに対しめちゃめちゃ反る ABSだから買ってみたけど特徴的なものがなく普通のPLAをかえばよいかと あとプレートにこびりつてしまうからプレートを買いなおすか検討中 他のフィラメントをおすすめします
| ASIN | B09DKPTQDD |
| Best Sellers Rank | #151,106 in Industrial & Scientific ( See Top 100 in Industrial & Scientific ) #1,210 in 3D Printing Materials |
| Brand | POLYMAKER |
| Country of Origin | USA |
| Customer Reviews | 4.6 4.6 out of 5 stars (110) |
| Date First Available | 6 November 2021 |
| Item Dimensions LxWxH | 20 x 20 x 6 Centimeters |
| Item Weight | 1 kg |
| Manufacturer | Polymaker |
| Manufacturer Part Number | PE01002 |
| Material | Acrylonitrile Butadiene Styrene |
| Model Number | PE01002 |
| Net Quantity | 35.27 Ounce |
| Number of Items | 1 |
S**Y
I got this for two projects where I needed some extra strength. My first small test prints were nearly perfect, without the stringing of PETG or PLA, but I still had some lessons to learn. This ABS has much less adhesion to the print bed than the PLA and PETG I used before. This caused my first larger object to lift at one end, hitting the print head and creating an unacceptable "washboard" effect. The fix wasn't hard. I used the stick adhesive which came with my printer (other people use hairspray). That was enough to keep things stable. Note also that the ideal temperature for ABS is higher. I'm using 90 C for the bed and 255 C for the print head, but testing for your application is always a good idea. The first photo shows my real reason for buying ABS. It is a handlebar to add more comfortable hand positions on an indoor trainer. It clamps to the bike's original bar at two points, using steel bolts through the ABS shapes. Hex insets for the nuts worked nicely. This is the center part of the bar, to which I added "cowhorns" printed separately. I made D.I.Y white ABS cement from a recipe online and it worked great. I would not consider it responsible to ride a home-printed ABS bar on a road or trail, but for a trainer it seems more than strong enough. I should spray it with a UV-resistant coating since it does see some sun exposure through a window. If you look carefully you can see that one of the tall thin supports failed, but you can blame me or the Cura slicing software for that. Probably no material would have built that correctly. There was no harm to the final object. The other photo shows one of the test objects you can find online. It was printed with no supports and the "bridges" came out nicely with no stringing. I have not cleaned up this print. You can see that the underside of the large overhang is quite rough beyond 50 degrees, but the overall shape is right.
H**U
ほかのフィラメントが反らないのに対しめちゃめちゃ反る ABSだから買ってみたけど特徴的なものがなく普通のPLAをかえばよいかと あとプレートにこびりつてしまうからプレートを買いなおすか検討中 他のフィラメントをおすすめします
P**L
Exceptional quality and performance. I was using eSun, Hatchbox and Elegoo brands, but they all resulted in visible gaps in the first layer. The I tried Polymaker and the gaps went away. I also didn't encounter any stringing with this brand, and I think I have found my default filament to use! Highly recommended, and price is good too.
B**I
I have purchased several spools at this point and never had any issues at all. Not a single clog, no unwinding snags, spool does not fall apart when in a drier, the edges of the spool are coated so it will not start to fall apart in an AMS. It's nice that they write details like spool weight on the roll in case you forget to weigh it when you get it. Has good dimensional accuracy and all of my parts have fit together very well. I built an entire 3D printer using this filament for the parts and everything has held up great.
A**N
I love Polymaker filament. Good quality, constant colors.
Trustpilot
2 weeks ago
3 weeks ago
