Petg vs abs strength reddit. Apr 17, 2024 · PETG vs ABS: Strength and Durability.

Petg vs abs strength reddit Straight PLA has a higher tensile strength than ABS, at least per eSun's provided charts. Other than that, the differences in tensile strength, softening point, Young's modulus, are negligible. Maybe premium PLA matches normal PETG in translucency and clarity, hopefully I will try in the spring or summer. The PETG i have behaves like really bad glass and totally shatters when i land to flat from my jumps. ABS is usually cheaper than ASA. Jul 12, 2024 · When looking at PETG vs ABS, both are common and low-cost materials for functional FDM printing. I printed PLA, PETG, ABS, ASA, PET-CF (great PA-CF alternative btw), PA-CF and Extrudr Greentec Carbon Pro(some high temp resistand cf bio filament). PLA is stronger than PETG. Also is harder to post process. for use as a container or tool, but not an ingredient), but PETG (Polyethylene terephthalate glycol) is a different thing and is not on the list. I noticed people mention ABS and ASA which are good EXCEPT they didn’t mention the print conditions. A good "in-between" material is PETG. Looks like your layer adhesion is fine. Nylon is pretty good when it comes to gears and/or some heat resistance. The excellent elongation at break and memory of ABS/ASA makes it far superior for almost all part types than PETG. The problem with abs is a bit of fumes and needing to control the enclosure Temps. For prosthetics I'd say PA (Nylon), PC and maybe composites such as ABS+PC, ABS+CF, graphene-enhanced filaments (PLA I think?) would be the best option since they are high-strength and low-wear materials. But yes, melting ABS produces offgas and is toxic. I have over 200 rolls of PLA, 100+ rolls of ABS\ASA, Nylons, PETG, and PET and thousands of hours across 2 different machines. Strength and durability are key considerations when choosing a 3D printing material, and both PETG and ABS offer unique qualities in these aspects. PLA does start to soften at ~50 degrees Celsius, so that might be too close for comfort. ASA. We would like to show you a description here but the site won’t allow us. Much more resistant to ambient heat over PLA or PLA+. I got a second printer and decided to try PLA+ because the hot end wasn't really designed for the 250c that PETG needs. If you want something easy for functional prints I would suggest PLA+. g. But the thing that makes PETG stand out from PLA, visually, is it's "shine" or nearly transparent look. Overall, I believe ABS has better mechanical and thermal properties while I think PETG is more chemically resistant and more UV resistant and seems to be avail in many more color varieties. It's really about what you are making and how it will be used. Depending on your setup you should be using 10-30% parts cooling fan and no more if you care about strength. So I guess Structural integrity: PETG is stronger and tougher. I've heard quite a few petg horror stories, including some where people decided to "petg bootstrap" a voron and replace parts with ABS as they could and wound up breaking PETG parts at a rate that essentially meant they needed to have extras of everything to finish the ABS parts. my 3d printer (ender 3 pro) doesnt work with PETG so i wanna know if PLA is a viable alternative. 38 for PETG. Some petg brands also need a high bed temperture like 90 degrees. It is somewhat in between ABS and PLA. Anything for outdoor use, I would use ASA. com May 1, 2024 · According to the article, PETG generally exhibits higher tensile strength (50-70 MPa) and flexural strength (70-90 MPa) compared to ABS (30-50 MPa tensile strength, 60-80 MPa flexural strength). When it comes to supporting sustained loads, PETG’s tensile strength of 7079 psi is So I am trying ABS… initial bed temp 100C and then down to 80C… the PLA (warped) is at 60C I think. I've printed in both though, and like using both, but being able to smooth it out easily in acetone makes ABS better to me. Jan 2, 2025 · Carbon fiber infused PETG and glass filled ABS are gaining popularity, offering strength to weight ratios like never before. These filaments are perfect for aerospace and automotive where weight reduction without sacrificing durability is key. Prone to getting waterlogged PET (Polyethylene terephthalate, aka PET-E) is on the list for indirect contact (e. ABS easily warps during printing, so you have to use enclosures, limit print fanning, and you should use brims and/or rafts to keep it from lifting off. PETG is stronger still, but can be too flexible for certain tasks, and tends to be quite stringy. Your white plumbing pipes for example are made of ABS, with high strength and low brittleness. PETg would usually be easier to print, and works as well as ABS for most things. PETG is easier to print than PC and ABS, doesn’t need a enclosure and the heated bed doesn’t need to run at 100°C. It is nontoxic and has excellent layer adhesion, like PLA. ABS is still a huge material in industry and consumer goods. Durability: PETG is a lot tougher. Seems like both PLA and ABS are winner. Some brands are better than others and PETG quality even from same brand can differ a lot. PETG tends to be weakened a lot if you use any cooling, so overhangs and bridges can be a bit more problematic. Apr 2, 2021 · Comparing PLA, PETG, ABS, and a Polycarbonate blend to find which of them is actually stronger. PETG isn't really flexible. It almost never failed, never warped, and produced really strong parts. It tolerates heat better, tolerates moisture better, you can buy it UV resistant, and it has a lower coefficient of friction. In my experience, PETG is going to take more work to sand, even if your print is free of blobs, zits, and stringing. Stiff yes, not as stiff as CF nylon though. But yes, part orientation is important in 3d printing engineering parts, and you can expect the carbon fibers to increase rigidity and strength in the direction of the extrusions (at the expense of impact resistance and likely interlayer adhesion). I believe PETG is a bit more forgiving and flexible, while PLA+ has the slightly better impact resistance and strength, but I could be wrong. The rumor is that Inland PETG+ is normal eSUN PETG, and that Inland PETG is some other cheaper brand. Petg generally needs slightly slower settings and less fan, which can make it more finicky. And I doubt there is one ASA part. Extremely stiff and still very tough material. I would also be pretty confident with PLA+/PLA Tough. And a wisp of cold air or fans won't cause petg to layer split like abs. It is less rigid than PLA, and about as rigid as ABS. PETG a bit less since it's usually a higher transition temp. Everything else I would use PLA, especially anything used as decorations, toys. Let me throw in a third winner: PETG hands down :) PETG has much less warp than ABS. 'cause I love the material and acetone vapor smoothing works like a charm and also if you dunk the whole object in acetone and let it dry out for few days you get many times stronger part as the result and acetone is easy to get (compared to limonene for e. Usually chinese made filament, higher strength, higher temp resistance (220-240C to print I found), stands up decent to bending without exploding at its failure point but is very brittle for impact damage. Most PLA Pros/pluses are proprietary blends of PLA with other filament types like PETG or TPU, the reason they all aren't the same is the blends can be different ratios or material, vs PLA which is a single material (of varying quality) mixed with colorings (of various types and quality). PETG can be tricky to print without stringing on the Enders Bowden setup. Look into those. ABS vs PETG in higher speeds I have bought an ender-3 v3 ke, and selling my old ender-3 v2, the speeds that ke can get are amaizing, and it can print abs very well. To print ABS without warping will require an enclosure for the printer, among other things. What can you tell me about PET vs PETG vs ABS vs PLA vs PLA+ as it applies to robot combat? For reference, here are the Plastic Antweight Rules from the local rulebook (based on SPARC): 4. For general purpose parts and knick-knacks PETG will be just fine. Can anyone recommend something a bit stronger on an Ender 3 V2 with Spider pro 3 hotend. Bit of a late response. And the CF gives better strength and stiffness. Quite abrasive, but hardened steel does hold up super well. (outside temps here reach as high as 50C) I bought eSun PETG (thinking it was much stronger than PLA+) and found is actually pretty ordinary when it comes to strength. All spread across Ender 3, Ender 5 (which later became a Mercury 1. Also ABS seems to have really weak layer adhesion. A lot of filaments advertise a high impact strength, especially PETG, ASA, ABS and copolyesters. I switched to PETG for a few years (the secret is going really slow, like 50 mm/s maximum) and liked it a lot, but the loss of speed makes large prints take forever, and bridging is very difficult. Finally, try to ensure forces are kept within layers, minimizing forces that go across layers in the Z direction. The main downside I've found is that PETg can crack or shatter even if hit with a hard sharp hit. PETG on the other hand is just a lot stronger and tougher than PLA. I'm not so worried about printability or fumes as I have an enclosure and recirculating carbon/hepa filter (or will soon), and I'm more looking for UV and vibration resistance and other factors making it suited to long term external use. This has been the speculation with their PLA lines for a few years, but I have never found any proof that it is true. Easier to get PETG in translucent colors if that matters. In addition to your differences, to simplify, PETG prints more like PLA and nylon more like ABS. I have had some luck with small models, but larger models and especially models with large surface area on the bed are very difficult. Seconding Haphazardlynamed. And petg-cf actually improves upon the PETG printing experience, reducing warping even further. Easy to print. a lot of companies are really selling co-polymers with a lot of inexpensive filler material to make the product cost less to produce. This also gives PETG better resistance against impact and regular wear and tear. All the things that will cause rough or defective PETG prints will cause defects on PLA prints too. print a cube with known good PETG and print it with new PETG and see what the weight difference is. Mar 10, 2021 · PETG has more flexibility than ABS. Stronger than ABS. I personally use ABS for all my functional prints, because of its overal strength, price, availability, and flexibility with common chemicals. PLA is also more biodegradable (morenot entirely). In terms of strength they are very similar. In general if you want 'weather's protection then ASA is significantly better. But I am 100% a beginner so hopefully someone with more experience can chime in. Oct 17, 2024 · Tensile Strength and Toughness: ABS is stronger and tougher than both PLA and PETG, making it a top choice for functional parts that must endure significant wear and tear. If you have parts cooling fan running too fast then PETG becomes weak and brittle. But an issue i have found is that petg i used to print at about 50-60mm/s, while now i print abs at 150-200 mm/s with zero issues. You may be taking one measurement of strength to mean PETG is stronger. PETG is better than PLA in temperature resistance. After 4-5 spools I switched entirely to PETG. I've tuned everything from silk PLA needing temps down to 185 up to filaments like high temperature cf filled nylon requiring print temps of 315+ that I had to create the entire print profile from scratch. You'll need an enclosure in a well ventilated area if you're not running duct work out the window. Just ask yourself if you want the part to deform before breaking (ABS) or just snap (PLA). PLA has a density of 1. With designs like the Wildfire a PETG FCG print and ABS buffer tower really uses the materials strengths. PETG doesn't like cooling. So it would be ideal for high wear items that are going to be put under load, or mild abrasion. Try it with a small calibration cube, and if it works, try a more complex shape that might not work as well-try a small gear or something and see if the two plastics stick or if the printer just drags it (the second plastic) along. Though I'd lean more toward PETG for walls installed in a garage where higher temps might be an issue. Abs-stronger than pla (typically), more temperature resistance, prone to warping, fumes Asa-abs+uv resistance Petg- pla and abs had a love child. If made with 3D printed parts, make sure you have a temperature-resistant fan shroud at least. nylon has a tougher time with bed adhesion, and overhangs, whereas PETG you will have a harder time removing supports, and handles bridges OK Last notes I have is that extrusion force can matter. PC is much stronger than PETG/ABS when printed properly. Depending on climate, PLA can warp in direct sunlight. I am using a creality crx pro I want to try using dual materials I was thinking petg and pla or abs and pc but I was concerned about the differences between petg and abs comments sorted by Best Top New Controversial Q&A Add a Comment PETG is less affected by water absorption (AFTER printing, it really sucks when its wet during printing). Both are not easy materials. Apr 17, 2024 · PETG vs ABS: Strength and Durability. On the plus side, its glass transition temperature is about 10-15 °C higher than that of PLA. But if I also need it to be high-heat and UV resistant, I use ASA. We'll also examine their strength and durability, chemical resistance, and environmental impact. 1), Zortrax M200, RatRig V-Core3, Bambu P1S. PLA-AT. ABS however is cheaper, typically has more color options, and has higher durability. Direct sunlight will have a greater chance of deforming especily with darker colours. So with ABS i had 6 months of joy before it cracked, but did not fall of. PETG can be really flexible and that doesn't work well with pistol frames and is probably the hardest of the big 3 to print. Normal PLA vs PETG, PETG allows better looking parts, especially for translucency. If you are not afraid of a nozzle change (hardened steel, probly 0. You have the advantage of petg for printing, that is low part, good layer adhesion. Somewhere between ABS & PLA+. Straight PA12 is harder to print than ABS. im wanting to 3d print a grappling hook (one that works) as ive done (successfully) at school a few years ago, but i dont know if PLA will work for it at 100% infill. I use PETG for pretty much any application where I need something tough. I like to print dnd miniatures and small detailed pieces, but I heard that PETG doesn't do bridging very well, and that worried me because miniatures have a lot of parts that are suspended in steep angles that I know PLA can handle,but im not sure if PETG can handle. I don't do any 3d2a prints in pla for climate reasons. It looks better and prints better before post processing than ABS though, so if you don't like sanding and working with toxic chemicals, PETG is better for toys too. As the title says I need help choosing between PLA-CF, ASA, ABS, PETG-CF, & Tough Resin for a project of mine. Since this part is going to be stored in a car, I'd stick with PETG so it doesn't distort on a hot sunny day. A good video example, PETG, vs ABS vs ABS-GF. It is tougher (in that it can take more deflection without breaking) than PLA, but not quite as tough as ABS. I would say PETG. Also, you will be able to do acetone smoothing, which will get your parts for a whole new level on their aesthetics, it eliminates basically every layer line your print might have. Both materials will have a higher melting point and greater mechanical strength over PLA. The biggest difference is impact resistance, where CF doesn't do much for PETG, its amazing with nylon. PETG should be good up to 70-ish. ABS, ASA, Nylon all require a chamber to keep temps consistent and are not forgiving with a draft is introduced unlike PLA/PETG. So I just bought some PETG filaments because christmas made the prices of PLA rise more than I can currently afford. PETG is a bit stickier than PLA but you don't need a different nozzle for it nor is Direct drive necessary. Sanding is going to kill that. ABS you have to think of ways to mitigate warp and PETG has a long learning curve to get good results. I think if you do ABS and put it through an acetone vapor bath you it'll be stronger than just PETG. Strength in the Z direction can be 30-50% lower than in XY. don't get me wrong ASA and ABS are awesome materials, I print mostly ABS for e. I've used PETG for many of my mechanical parts and it holds up surprisingly well. Suggestions?. PLA is better than PETG in easy to print PETG is better than PLA in creep resistance PETG is better than PLA in fatigue resistance That's my experience. So I personally would think of it as PETG VS. Still, both have their place in industry. I whould however be concerned that printing PETG on textured PEI can leave a microscopic residue of PETG on the plate that might compromise its ability to print PLA later when enough of it accumulates. In layer adhesion. In my experience ASA is harder to print but mainly it warps a ton. I believe TPU is flexible filament, which I too have a pain in the ass trying to print with it. CF PETG is very brittle. While strong, PETG stands out as one of the most durable 3D printing materials available. There ARE different forms of PLA, I think tough PLA is one and there’s another, that outperforms PETG with strength and heat resistance. So ask yourself what your end goal is. Might print the next one with more walls for strength. Not as good as nylon, but considering how much easier PETG is to print it's well worth it. the PETG seems to not stick to the bed lol Jan 24, 2024 · We'll explore the key differences between PETG vs ABS, helping you make informed decisions for your 3D printing projects. In terms of strength, PETG has a stronger tensile strength in comparison to ABS. Pla can (!) have higher tensile strength and stiffness, petg is has a higher temperature resistance and impact resistance (better but still crap compared to abs). In direct strength test PETG is better than PLA. Does not absorb water so you can just care less. For most things, PETG is sufficient and overall less finicky. PETG is the easiest to print with, prints at the lowest temperatures, and may not require an enclosure depending on how drafty the room is. Other than that, PETG is softer and more likely to bend than PLA while PLA is stiffer and will break instead of bend. I used PETG for another wall, and it's much better. often times the website of the manufacturer (if there is one) will have a TDS or technical data sheet that has [Question] ABS, vs PETG, vs Nylon I have a project where I'm going to be printing out a few thousand small square plug-type things for a project for me neighbor. But you get higher temp resistance, UV and chemical resistance as well as impact strength (pla will shatter, petg has some deformation making it ever so slightly flexible to take impacts/loads). PETG (not the Carbon Fiber Filled PETG), or maybe some PC blend that claims to be printed on an open frame like the one Prusa sells, if you can even get some. Enclosure is the way to go if you want to do ABS/ASA, no electronics cooling on A1/mini is a joke, even Ender 3 can print ABS enclosed in a cardboard box with all metal hotend. Weight difference is verly small. Both ASA and ABS offer chemical resistance. Getting good bed adhesion and maintaining chamber temperature is key to prevent warping and curling. PETG is better for mechanical parts and such. ASA has UV and chemical resistance that ABS doesn't have and is much easier to print vs ABS. It has no appreciable warping, like PLA. ABS/ASA is so awesome for assemblies and snap fits and stands up against a high number of usa cycles (impact resistance). For instance, I know ABS is slightly less dense, which could be useful for keeping under weight, but I don't know much about its strength. g PETG on the other hand prints easy, it does not require hated chamber as it has no serious shrinkage issue like ABS/ASA, it does require bit higher print temp than PLA but that is easy to get on most printers these days, PETG is UV resistant and has rather good mechanical properties. ABS can warp and needs an enclosure for anything decent sized. The warping of ABS during printing is generally the biggest issue the people cite as a reason the avoid it, your P1S enclosure is probably helping you there Like everyone, I started off with PLA and ABS. In addition, it’s also more flexible than PLA and ABS, has a softer and smoother finish, and has an elongation at break sitting anywhere north of 25%, depending on the formula. PETG truly shines with its exceptional impact resistance. Admittedly the testing was by different testers so not immediately comparable, but from this I made a bold assumption that faster printing PETG gives up some mechanical properties in order to print so fast. EDIT: I forgot about the acetone+ABS trick. So it's very possible to get a roll of cheap PETG that's more brittle and less strong as PLA! In my personal experience, Polymaker Polymax PETG is the best filament I've ever printed with. Being a tougher material that makes complete sense. If both materials are suitable, then pla. According to those it's one of the stiffest materials you can easily 3D print, only really falling behind CF- and GF-infused materials. See full list on 3dsourced. Hull in PETG sounds reasonable. The results are Today we put the new tensile tester to work. Nov 22, 2023 · 3D printing PETG has a tensile strength between 30 and 50 MPa. Biggest advantage to ABS is the strength and flexibility potential. Polymaker pla pro is the only pla I use anymore so any comparison is vs that. PETG can get brittle if it's printed too hot. If it makes you feel better, go PETG, but those applications don't matter much for filament strength When there are convenient flywheels to spin up, flywheel cages don't get that much torque on them (and when I do hear about issues with flywheel setups, it's motors getting burnt out or shafts bent, not motor housings cracking). However, ABS has better impact strength (10-25 kJ/m²) than PETG (6-15 kJ/m²). If you don't need the outdoor resistance that ASA has, go with the cheaper choice of ABS. If you're really looking for a filament with better impact resistance, ABS/PC is the way to go. ABSBirdbone Helium frame impact testing(short edit)Results confirm typical datasheet impact strength results, which show ABS has 10x greater I think the texturing helps in leveraging off the PETG print when it cools which helps counteract the strong bonding. As far as strength goes, ultimate strength is pretty similar. Inland doesn't manufacture filament, they just rebrand others. I saw the post about how people print their screws, vertical vs horizontal. I liked the additional strength of ABS but hated the warping. ABS would likely be tougher to those kinds of impacts, but is also harder to print, and just smells worse when printing. Heat Resistance: ABS has a high glass transition temperature (around 105°C), meaning it can be used in high-temperature environments without deformation. I would not use a bed slinger to print anything other than PLA or PETG. You can even get high impact strength PLA variants, invariably at the expense of the yield and tensile strength. Depending on your bed material, you should use a release agent as PETG sticks pretty well. According to a test, PETG can stretch up to 9. This particular print was just a simple USB webcam mount, so I wasn't even thinking about strength or alignment. PETG vs. Quality PETG-CF imo is a pretty close replacement to PC or even super polymers like PEKK/PEEK. That being said, I've printed blasters made of both PETG and PLA+ and both have held up well. PETG is the single worst filament I have every dealt with. ASA is way better than ABS. PETG-CF has become one of my absolute favorite filaments ever. So i made an improved version where the cracked area was made 50% thicker Started printing in PETG, and boy i got problems, it just fails horribly. PETG is meant to be the ABS "replacement" which has less odors and is apparently easier to print with than ABS. ASA was engineered as a replacement for ABS. Its easy to print compared to anything else of similar or greater strength, but its kinda hard to post process to make smooth and pretty. A rough PLA print is just often more aesthetically pleasing to more people straight off the bed than a rough PETG print. While some of the numbers don't reach CF levels as far as strength, it's more than enough for most and IMO less micro warping and different colors are it's main benefits. Overall, I think PLA is a better material to print with unless you need ABS. 4. A more environmentally friendly alternative. You should go for the material that need a high bed temperture. And it doesn't give off crazy fumes like ASA. PLA vs PETG? hello all. Think of ABS as the 'tough' brother of PLA in terms of what it can withstand. ASA is the outdoor variant of ABS so it emits toxic fumes and it's prone to warping and curling. It's difficult to tell from the image due to the focus and lighting but that looks much worse than what I consider normal even in areas that retraction shouldn't matter for. PETG is better than PLA in wear resistance. PLA+ sometimes refers to PLA with additives. I think asa or abs will be the best for you, but are a bit harder to print than petg. I've got some black Generic ABS and Prusament ASA on order, but was also looking to try the new Prusa PC Blend. It is but at a higher cost. And ABS can be found on sale or in bulk for ~$10/kg. Some blends come in 80/20, some 85/15, but either have been such a blast to print and the end result is so rigid, layer lines are damn near non existent, and theoretically, there’s a higher heat tolerance (hard to believe as PETG in it of itself doesn’t change, it’s The high flow PETG has a 20% reduction in tensile strength compared to regular PETG. PETG can be made up of very different "recipes" and I've had wildly different results with two rolls of PETg made by different manufacturers. Heat creep: not really a problem with either. We'll discuss their printing properties, such as ease of printing and post-processing requirements. Most common issue is the edges of the print peeling up off the print bed. I've found PETG is more resilient and more resistant to delamination. It's all about use-case. These plugs are going to be outside in the weather all day. In fact the ABS-GF did better than eSun ABS in a QIDI with a 55°C degree heated chamber granted the part broke mid print. ASA would be the one you'd want. The application is for a exterior car part for off road light pods & I have included a picture for reference of what they look like below. 73% of ABS. PETG also tends to be "gummy", can be worse for fine details. I mostly do asa which is similarly cheap as pla but asa/abs is generally weaker and more temp resistant. Jan 16, 2020 · PETG has often been described as a filament that combines the strength of ABS and the ease of use of PLA. 14 votes, 30 comments. Read all about how they compare. Similar enough that most people don't notice a difference. CF PETG is a lot easier to print, as PETG is just naturally easier to print, whereas nylon is naturally very difficult (CF making it easier). Plastic Classes. ASA/ABS will print better on one printer than another due to set up and settings and depending on brand of material. It is quite cheap however. However, it's much harder to print with. The normal everyday price of ~$15/kg for ABS is less than the sale price of $18/kg for ASA. PETG, or polyethylene terephthalate glycol is basically ABS but way easier to print, the material usually needs an all metal hot end as most brands run near 250°C but some brands such as Inland run from 230-245°C. ASA pro's are it's basically the same as ABS for strength and durability, has great water chemical and oxidation resistance with the added benefit of withstanding heat while being UV stable. Of course ABS is stronger than both. The tensile and compressive strengths of ABS and PETG are very similar (PETG may be slightly stronger in tension depending on your resin), but ABS will be slightly stiffer (again, depending on the resin because it's close), harder, have much higher impact strength, and has much higher temperature resistance (higher Tg and HDT). This is significantly higher than the 7. Petg goes close enough to abs in all respects, but is generally easier to work with for a tiny bit more (unless you go pellet extrusion). Be vary of the material shrinkage of the different materials though as PETG shrinks more than PLA so have reasonable tolerances when fitting parts together. This description is the perfect summary for why a lot of 3D printing professionals and hobbyists have started to print mostly with PETG. They are expensive and your hardware need to be able to handle them. Strong, more flexible than pla (less brittle), higher temp resistance, fairly easy to print. 16% of its original length before breaking. ABS warps like crazy and smells like cancer, but generally prints well. But it's also among the trickier materials to print with. true. Made this with ABS w/ Acetone bath. . A suboptimal PETG print looks like a spider nest site until it is cleaned up, even if it's a perfectly OK quality print. ASA is slightly less toxic to print, slightly easier to print, and has better UV resistance. No headache odor during printing. 24g cubic centimetre vs 1. It is also recyclable. Adding carbon fiber to PLA makes it print really smoothly, but it also makes it extremely brittle and fragile. I'm a bit of a newbie, so here is a question I have: how much does the strength of 3d printed screws depend on the filament material? I've recently been printing with PETG, and I've read that it is stronger than PLA and ABS. If you manage to print ABS with high temps and a very high ambient temperature (35C+) you will see extremely good layer adhesion and superior strength. Pretty much all of the good qualities of ABS and far fewer of the bad ones. PLA vs. 6mm), calibrating it's temperature and use more expensive filament: I'd go for petg-cf, filled with carbon fiber. ABS yields more than PLA before breaking, too, which is an advantage for some applications. It's slightly more expensive than PLA but it's able to print as good as PLA in the X1C (I have over 20Kg of prints done with it). Your car probably has more ABS parts in it than steel. ABS completely eliminates the risks of shrinking and softening that PLA have, while being FAR more convenient to sand and paint than PETG. I prefer ABS to PETG for the applications I print for. This is not to say that PETG (or PLA) are or are not safe for contact with food. nmtuom lfv exyuov mfryan ixvugf blcumh smv vzxgca wgo hkab