I'll have to do some digging. This, along with their physical makeup, are what give this material its excellent properties. Overall, every standard nylon part Ive tried to print definitely sacrificed aesthetics and accuracy for the added durability gained. I'm having issues with the layers printing in the carbon fiber filament from priline. The Priline PC carbon fiber prints with essentially the same settings as their non-carbon fiber filament. Some report that just very strong glue can work, such as on glass surfaces, but this can cause the print to stick far too well to the build surface, causing damage to the glass surface when removing the print. Regardless, $20 or even $40 for a 2kg spool of PLA is still a fraction of the cost of the carbon fiber nylon materials. There are a couple key components to this type of material that I found attractive: Prints at a high temp for very strong layer adhesion, carbon fibers add dimensional accuracy and reduced warping (Easier to print). 4 interest-free payments with Learn More. Also, is the X1 Carbon equipped with the proper hotend out of the box. I had a similar adhesion issue on the powder coated sheet with my first print with priline PC. Spool Diameter: 7.87 Spool Width: 2.83 Spool Hub Hole Diameter: 2.20 5. I had an issues with it not sticking but that is solved now it . im wasting at this point. Bed temp of 100C 1st layer / 110C thereafter work well with Priline PC, Priline PC carbon fiber, and Polymax PC. In fact, the best surface to use when printing with Polycarbonate is Polycarbonate. The strength and durability of nylon is hard to beat when it comes to 3D-printable materials. Print slow, around 40-50mm/s if you can afford it. I'm trying one last thing. PRILINE 3D Printer Filament Storage Tips: After each and every print, we Really helpful storing printer filament in a sealed plastic bag or box to forestall be affected with moisture. Another aspect contributing the the ease of print (or decreased ease of print) is the abrasiveness of carbon fiber. I have been using Prusament CF PC for a while now and I love it. Keep this in mind when we talk about price. Here is what I found with the Priline carbonfiber PC: The price of the CF polycarbonate was less than half of the carbon fiber nylon materials tested. This material offers excellent thermal properties, strength & stiffness, superior dimensional stability, and an amazing surface finish. The finish of it, is breathtaking. Material: Glass fiber PC - Color: Black - Weight: 1 KG (approximately 2.20 lbs) Spool. Let me know if you'd like some pictures and I'll post them up! Solved Besides the fact that high temperatures are necessary, Polycarbonate just doesnt stick to anything. With all that said, it you don't mind a very long and slow print, this stuff seems great!! With high heat tolerance, Carbon Fiber has a very high strength to weight ratio, and is extremely rigid. Free shipping. After viewing product detail pages, look here to find an easy way to navigate back to pages you are interested in. 3. Filament cooling fans adversely affect curing of the print and should not be used. and how you can successfully dry and maintain your Polycarbonate filament. I learned a lot printing with this filament and I have to say it definitely grew on me. I have printed 2kg of robot parts in 2 weeks without a single issue. Like others have mentioned, it does take a bit of work to get it perfect. It is also used in electrical and phone casings, bike and motorbike helmets, and other strong parts like scuba diving masks and even riot shields. The Priline PC carbon fiber prints with essentially the same settings as their non-carbon fiber filament. Some are actually co-polymers to make PC easier to print, but in doing so essentially tones down the capabilities of pure PC. Free shipping for many products! When changing from Polycarbonate filament to another filament, heat the hot end to at least 260C. Polycarbonate, outside of 3D printing, is commonly used in applications that benefit from its transparency, such as optical glass, and bulletproof glass due to its phenomenal impact resistance. PEI sheets can also work, though different people give different reviews, but other build surfaces such as blue painters tape will lose their ability to stick at such high temperatures. Polycarbonate filament that isn't sufficiently dry before printing or manufactured poorly will not print properly and can cause defects and issues that will waste your time. Carbon fiber Super hard 3D Printer Filament Material Characteristics:1. Nylon by nature is resilient and able to bend before breaking. (for my printer at least SV05), Reviewed in the United States on February 9, 2023. You may have seen various printer manufacturers showing off their Polycarbonate, or, "PC" prints, but not all Polycarbonate filaments are created equal. Polycarbonate, also denoted as PC, is a strong, durable, and tough material. Compare this to the tensile break strength of PMMA (1.8% 7.2%), PLA (1% 12%) and ABS (4.6% to 27%). Polycarbonate filaments are strong and amazingly heat resistant. I am the least experience with Poly-carbonate so I happy to dig into a full 1kg roll. However, at the end of the day, slow and steady wins this particular race. From my crude testing, I cant find any results that debunk that claim. Here are my print settings for my X-Max, YMMV, but hopefully this helps someone else. These fibers are extremely strong and cause the filament to increase in strength and stiffness. Because of this, it's strongly recommended this material be printed through a hardened steel nozzle rather than a softer metal. The greater the surface area of the model that comes in contact with the print bed, the greater the chance for printing success. The Ultimate 3D Print Quality Troubleshooting Guide 2022, Top 20 Best 3D Printers in 2023 (For Every Price), The Best Ender 3 Firmware (Pro/V2): For Beginner & Advanced Users, Best Slicers For Ender 3 (Pro/V2) Free & Paid Software, Can the Ender 3 Print TPU? Forum contains unread posts With these materials, you can create prints that can withstand an earthquake literally. I need this to be under constant stress so I increased the perimeters to make it solid. 3D Printed Hair: Can We Print Transplantable Hair Follicles? For all three brands, this makes for a finished part that is much more suitable for an end-use product. Reviewed in the United States on August 7, 2020. If I could have upped it, I was looking at 23 hours. The strength and toughness is impressive. Read more. Private Within 3D printing, PC is commonly used in engineering applications where high strength and flexibility is key. It has a LOT of strength compared to PETG or the other CF PETG Ive tried, so far Im impressed with this filament. 1.75mm Filament Diameter (Dimensional Accuracy +/- 0.03mm) 3. In the worse case, you could have pitted walls that simply crumble. Begin deposing with the new filament until there is no Polycarbonate visible in the deposed material. These are my two favorite filaments, each having different advantages. I ordered Priline CF PC filament and all I can say is, wow. High Compatible With Your 3D Printer: For common all 1.75 mm specification 3D printers such as Ultimaker, Zortrax, Lulzbot, BCN3D , FlashForge, Makergear, MakerBot, Prusa, CEL, Robo. First of all, polycarbonate is heat resistant up to 116C. Tests were run to determine the optimal bed temperature for layer adherence and curing. If you prefer a bit of thermal resistance in your carbon fiber prints, the best choice would be this PETG-based filament from Priline. Water Washable 3D Printer Resin LCD UV Curing Resin 405Nm Standard. Flame retardant characteristics. Markforged Onyx material is based on Nylon 6, with a percentage of chopped carbon fiber. CarbonX PC+CF. Mark all read, Topic Icons: After some initial frustrations dialing in this filament, I contacted the manufacturer who provided some tips and an MSDS sheet. Therefore it is essential that the printer be able to reach and maintain high hot end and bed temperatures. Plus, thanks to carbon fiber fill . Check out the best PC filament brand on the market! 0.4mm diameter minimum Priline should be ashamed of themselves. Others have stated 235c nozzle temp works really well, but this temp will not stick to bed even with glue. It's much softer than PC. It has a wider melting range than other filaments. The printer should also be able to heat and maintain a minimum bed temperature of 135C, with 145C - 150C being preferable. Once the Polycarbonate filament is flowing nicely and all remaining traces of the previous filament is no longer deposing, increase the hot end temperature to 290C. To calculate the overall star rating and percentage breakdown by star, we dont use a simple average. It has a Rockwell hardness of R 121, making it harder than PMMA, ABS and PLA. Printing wet Polycarbonate can lead to hydrolysis which will permanently alter the filament on a molecular level, making it significantly weaker than it would be if it were printed dry. We recommend nozzles that are better equipped to handle tough filaments such as PC in our 3D printer nozzle guide. A link to set a new password will be sent to your email address. Unapproved Avoid the fan altogether if you can. Build surface: Polycarbonate is very temperamental, and struggles to stick to anything except itself. The application is hydraulic, so between the oil and the pressure, I am certain. Or even, just miniature vases like this one that we 3D printed at the TCT Show using printed Polycarbonate Filament 1.75mm. 275c nozzle, 100c bed on first layer, 235c nozzle, 90c bed all remaining layers. Please enter your username or email address. PLA is the first filament we use, and it's often our reference point for other plastics. The filament is marketed as having a polycarbonate (PC) base, . It is also available in PLA and PETG options. In my opinion, this material misses the mark on the expected benefit of tensil strength and overall bend before breaking that you expected from nylon. I tried fan off and nope, sagging, clumping and strings on nozzle, and detail was horrible. It has a maximum tensile strength of 11,200 psi (77.22 M/pa) which is comparable to PMMA. We had success printing without an enclosure with the following settings: This material will . I've seen all kinds of settings recommended on Amazon reviews, but each persons settings vary quite a bit. Reviewed in the United States on January 27, 2023, Super easy to print, the only reason for the 4 star is it is very very brittle. Judging by the failed prints the 240 temp is just fine, the layers are bonding well and the parts are very strong without being brittle. 3DXTech CarbonX Nylon uses a Semi-Aromatic Nylon, which they claim add stiffness and has lower moisture absorption. Don't even try! Resists temperatures and retains form up to 110 C. Diameter. There doesnt seem to be any claim to fiber length with NylonX, so it seems its just adding density with the lightweight powder. Not Replied To find a suitable desktop 3D printer to work with MatterHackers Polycarbonate, several printers were tested to include the Ultimaker 3, Raise3D N2 and the Lulzbot TAZ 6. As mentioned, Polycarbonate is hard to print but not impossible. Onyx offers the most flexibility, though it doesnt show visible signs of strain on the part unless it goes through a few cycles of a strong bend (where other materials would typically expect to break). Closed, General discussion, announcements and releases. Shortly after, Materhackers introduced their NylonX material, which seems very similar. Forum contains no unread posts Has anyone used this filament before? Basically, if you can afford the premium cost to print in Onyx, you can likely also afford to use Markforged hardware, which I would recommend if youre printing high-end end-use parts. Recommended printing bed temperature of 110C or higher. Carbon Fiber-1.75-PC+. 124 people found . Once the material absorbs enough moisture, you start to see drooling from the nozzle, or even here hissing and pops while its printing. Free shipping. Adding chopped carbon fiber virtually solves both the issue of stiffness, and print difficulty. I have an elevated cross where the sag is. These printers were out of the box and not modified in any way to ascertain true performance while printing Polycarbonate. Keep in mind that with any of these flavors of filament, they are nylon based and should be significantly stronger most other filaments (PLA, ABS, etc). It is recommended that an overall printing speed, including infill, should not exceed 20mm per second. It's rigidity was to its own demise. With my previous PC (HobbyKing) I would always have adhesion issues (smooth PEI bed). Mark all read, Topic Icons: This material is ideal for anyone that desires a structural component with high heat, high stiffness, excellent surface quality, and dimensional stability. To sum up, adding carbon fiber to nylon gets it to print about as easily as ABS, but with less tendency to warp and curl. However, it is expensive (and out of stock), so I decided to try something else out for the hell of it. If your 3D printer doesnt come with an enclosure, you can buy one, or build one yourself. You can produce a strong part with this material, but unless you go heavy with the infill and perimeters, the part will snap pretty easily. (I had to seat it into the metal opening by hammer installationsee Pg 3 of the install instructions lol). Begin deposing with the new filament until there is no Polycarbonate visible in the deposed material. Hover to zoom. What constitutes too long depends on the relative humidity in the air, but when it comes to 3D printer filament, it is best to err on the side of making the filament too dry rather than allowing it to be a little wet. After opening a spool and when not in use, make sure to keep Polycarbonate filament in vacuum-sealed or resealable storage bags with desiccant packs. These test prints were completed with non-modified stock printers, so the maximum bed temperature achieved was 135C. Of course not all spools are created equal, and the carbon fiber filled material is less dense than PLA, meaning youll get more parts from the same amount (by weight) of material. It generally required a sizable brim (15mm for some parts), super clean bed, and well adjusted live-Z and even then would fail on occasion by detaching during the print. PC filament is also bendable and machine bendable at room temperature with this flexibility allowing it to withstand high tensile forces that break or shatter filaments like ABS. The strength, heat resistance and stability are the best I have seen. If you attempt to print Polycarbonate on a printer that cannot heat the bed to at least 135C, you are most likely wasting your time. http://ft3dp.com/makerbox and coupon code: FUGATECHBy using this link you can help out the channel. With a glass transition temperature of around 150C, nothing in the FDM 3D printer materials range can compete with it. To insert the table into a page, post, or text widget, copy the Shortcodeand paste it into the editor. I'm a little late the thread but could you post a picture of your results with the settings you mentioned above? They work really great. AU $36.00 postage. I recommend downloading PrusaSlicer 2.6 and using organic supports. Picture 1 of 5. There is definitely a texture to the surface as well. I'll try your settings and see how it comes out. Bed Leveling. This material offers excellent thermal properties, strength & stiffness, superior dimensional stability, and an amazing surface finish. I would maybe recommend increasing the extruder temp to around 245degf min. The one that produced the best prints was the Lulzbot TAZ 6. Just got a roll of Priline PC (not their Carbon Fiber PC) and had an "interesting" experience. These printers were out of the box and not modified in any way to ascertain true performance while printing Polycarbonate. You have to keep them sealed from the air and ideally stored with desiccants to keep them dry. Several popular filaments can be bought with carbon fiber fill including PLA, PETG, Nylon, ABS, and Polycarbonate. The X1C ships with a hardened steel 0.4mm nozzle, but you're going to want to swap that for a 0.6mm nozzle (or perhaps a 0.8mm if you're consistently doing large / dense parts) The 0.4mm is hardened so abrasives are usually fine but PA-CF and PC-CF are next level and super prone to clogging on 0.4mm nozzles. The bottom line is this: it is hard to print Polycarbonate filament. Since pure polycarbonate is often expensive, even some of the best brands will produce polycarbonate alloys to make the product accessible to most users. The finished product printed with Priline CF PC is pretty impressive. You can imagine my surprise then when I printed my first part with the Priline filament with these same settings and wound up destroying one side of my bed. Polycarbonate or PC is an extremely strong, lightweight and transparent thermoplastic. Size: 1.75mm (Tolerance Level : 0.03mm) Spool Diameter: 7.87 Spool Width: 2.83 Spool Hub Hole Diameter: 2.20. Send us a message and we'll reach out as soon as we can! Printing with Priline Carbon Fiber Polycarbonate. Can't find crap as far as settings! Hardens steel options are recommended, and any brass components and bowden tubes should be checked fairly regularly for wear. For a more budget-friendly . The color is a pretty uniformed black, and the surface texture feels pretty smooth. I couldn't believe it. I've used about 40% of the roll I have on a Bambu Lab X1 Carbon, and I'm buying another now to make sure I have it in stock. Has a nice matte finish. Priline Carbon Fiber Polycarbonate Hello everyone, I am rather new here to this forum so sorry if this topic has already been covered, I picked up a roll of Priline's carbon fiber polycarbonate and i can not find an exact setting in cura for this material i just went with the generic version, of this tried . It's not very rigid. Fumes and odors: like ABS, Polycarbonate (PC) filament also produces fumes and odors. I saw the Priline CF PC on amazon and decided to give it a try. In general, melting is a phase change of a substance from the solid to the liquid phase. and our If you prefer sanding to a smooth finish, this likely isnt the material for you. Basic settings are as follows: Okay, so the 0.36mm thickness came from a CarbonX PC+CF recommendation via Vision Miner. PRILINE Carbon Fiber Polycarbonate 1KG 1.75 3D Printer Filament, Dimensional Accuracy +/- 0.03 mm, 1kg Spool, 1.75 mm . All of this can cause inaccuracies or blemishes on your printed parts. In fact, polycarbonate transmits visible light better than many kinds of glass. Best Settings for Pro, V2 & S1, 7 Best Free CNC Router Software (CAD/CAM, Control), 8 Best 3D Modeling Software for Mac in 2023, 6 Best Free Vinyl Cutter Software in 2023, Best Laptops For 3D Modeling & Rendering in 2023 (All Prices). Air scrubber, external mounted electronics, LED strips in 4 corners and top. The parts come out looking great and after absorbing some moisture over a couple of days they are very durable. This means that it will successfully print at a lower than optimal temperature, albeit more slowly. The first carbon fiber nylon material I can recall seeing was from Markforged in their Onyx product. These carbon fiber nylon materials do print at high temps, similar to nylon, so that layer adhesion is great, even if the material cools more quickly after being extruded. For the absolute best quality and lights-out reliability, nothing beats the Onyx Material if printed on a Markforged printer. The more water there is in the air, the more moisture the polycarbonate will absorb. The carbon fiber adds stiffness and dimensional accuracy. Next, adjust the temperature on the hot end to match the new filaments printing temperature. Try reprinting it with support in that area, looks like it's missing support material. The print quality it offers . Also, clogging is very common when using 0.4mm nozzles to print filled filaments and it can occur unexpectedly. Hopefully they will get back with me on some different settings to try before I throw in the towel. Over time, carbon fiber filament can wear out nozzles, bowden tubes and even extruder gear teeth.