Best PLA Filament: Top Picks for Superior 3D Printing in 2024
PLA, or polylactic acid, is a biodegradable thermoplastic derived from renewable resources like corn starch or sugarcane. It’s favored for its lower melting temperature, minimal warping, and odorless printing process, making it an ideal choice for a wide range of printing projects.
Choosing the best PLA filament for your printer is critical for achieving high-quality results. Factors to consider include the diameter consistency, which ensures smooth feeding and extrusion, the purity of the filament to prevent nozzle clogs, and the color and transparency options for the desired aesthetic outcome.
In this guide, we list PLA filament that consistently delivers top-notch performance and finish.
Top PLA Filament Choices for 3D Printing
In our quest to support your 3D printing projects, we’ve curated a selection of premium PLA filaments. Our focus is on quality, consistency, and the overall value these products offer, ensuring that each filament enhances your printing experience. Whether you are a hobbyist or a professional, the following PLA filaments are chosen for their ability to deliver excellent results with a range of 3D printers.
HATCHBOX Black PLA Filament
After threading this filament through our printer, we can confidently recommend it for its ease of use and consistent quality.
Pros
- Smooth printing experience with minimal warping
- Works well with a wide range of 3D printers
- Reliable brand with high customer rating
Cons
- Might require fine-tuning for bed adhesion
- Price point slightly higher than some competitors
- Limited color selection compared to other brands
Firing up the 3D printer with HATCHBOX PLA, we’re usually greeted with a hassle-free setup. It flows smoothly, and watching our designs take shape without interruption is a delight. This filament has proven to be a trustworthy partner for both functional prototypes and intricate art pieces.
The joy of minimal post-processing can’t be overstated. Clean, sharp edges define our prints, revealing the precision of HATCHBOX’s dimensional accuracy. Whether we’re clamping down on production or experimenting with a whimsical project, the results are consistently pleasing.
However, we’ve learned to pay extra attention to the first layer. Sometimes, a bit of tweaking is necessary to ensure that models adhere correctly. That said, once dialed in, the reliability of this filament shines through, with impressive durability in the finished product.
Overture White PLA
Our team finds the Overture White PLA filament to be a reliable and high-quality option for all types of 3D printing projects.
Pros
- Consistent printing without clogs or bubbles
- Easy-to-use with widespread compatibility
- Comes with a lifetime guarantee for peace of mind
Cons
- Requires precise temperature adjustments
- Adhesion can be tricky on certain print beds
- May need lower retraction settings for optimal results
Having had a chance to test the Overture White PLA, we were immediately impressed by the smoothness of our prints. The manufacturer’s claim of dimensional accuracy isn’t just marketing speak; we noticed highly consistent results throughout our use, with minimal warping or dimensional issues even on more intricate designs.
The patented clog-free technology was apparent when we noticed a significant decrease in the usual frustrations associated with 3D printing like nozzle jams or extrusion problems. The filament flowed effortlessly from start to finish of each print, enhancing our overall printing experience.
One caveat we found is the need for precise temperature control. Be prepared to tweak your printer’s settings to find the sweet spot for this filament. Once dialed in, though, it adheres well and displays excellent layer bonding, with a finish that’s both smooth and aesthetically pleasing. With the included lifetime guarantee, this filament is both a safe and gratifying choice for those passionate about 3D printing.
OVERTURE Tough PLA Plus
We highly recommend the OVERTURE Tough PLA Plus for anyone in need of durable 3D prints with great layer adhesion and consistency.
Pros
- Exhibits remarkable impact resistance, a major step up from standard PLA
- Flawless printing with no clogging or bubbles, maintaining a smooth workflow
- Exceptional diameter tolerance ensures reliable and precise prints
Cons
- Priced higher than basic PLA, which could be a concern for budget-conscious users
- Might require tweaking printer settings from regular PLA to achieve optimal results
In our recent test run, the OVERTURE Tough PLA Plus performed admirably. We noticed the toughness of the filament almost immediately. It’s certainly made our project components much sturdier compared to when we used regular PLA filaments. Thicker models we created resisted breaking or shattering when dropped, a testament to the filament’s enhanced toughness.
We were also pleased with the filament’s handling during the printing process. It fed smoothly into the printer without any signs of clogging or the formation of air bubbles. Plus, its flawless winding meant we tackled our printing queue with minimal interruptions – a real time saver.
It’s clear OVERTURE has put thought into the manufacturing of this Tough PLA Plus. We experienced a high level of precision throughout our projects. Each print came out with accuracy in dimensions and details, pulling off intricate designs with a finesse that’s truly impressive.
In all, the OVERTURE Tough PLA Plus makes a strong case for itself. It’s a filament that marries toughness with precision, and despite its couple of downsides, the pros far outweigh the cons.
Silk Gold Purple PLA
We believe this Silk Gold Purple PLA filament offers a glamorous touch to 3D projects with its appealing color transition and user-friendly properties.
Pros
- Enchanting dual-color effect enhances aesthetic appeal
- Adheres well, reducing warping and making support removal easier
- Vacuum-sealed packaging maintains the filament’s quality
Cons
- Color transitions may be subtle for smaller prints
- Limited to PLA-compatible 3D printers
- May require drying if exposed to moisture
This filament’s shimmering colors added an extraordinary flair to our 3D prints, catching the eye with its beautiful transition from gold to purple. The prints came out smooth, with an attractive matte finish that differed from the typical glossy appearance of standard PLA.
During our use, we noticed that this filament was a breeze to work with, feeding smoothly into the printer without any clogging or tangling issues. Its strong layer adhesion significantly diminished the chances of warping, ensuring consistent print quality throughout.
While we had a positive experience, it’s worth mentioning that users may need to adjust printer settings to find the optimal temperature range. Although the filament arrived nicely packaged, we appreciate that it’s crucial to store it properly after opening to prevent moisture absorption. Overall, the iSANMATE Dual Color Filament Silk PLA adds a touch of magic to any 3D printing enthusiast’s collection, making it a filament we’re glad to have on our shelf.
ELEGOO White PLA Plus
We recommend the ELEGOO White PLA Plus for any 3D printing enthusiast seeking robust filament with exceptional finish and reliability.
Pros
- Enhanced toughness suitable for functional parts
- Neatly wound spools that reduce tangles and snapping
- Excellent dimensional accuracy for consistent prints
Cons
- May need fine-tuning of print settings for best results
- Limited color options in the twin-pack
- Might be a bit pricier compared to standard PLA filaments
In our latest project, we found this PLA Plus filament to be a step above the usual offerings. The prints came out strong with a noticeable increase in impact resistance, which was exactly what we needed for parts that are meant to withstand stress.
The winding quality of the filament impressed us as it fed smoothly into our Bambu Labs P1P without a single tangle. This kind of reliability is what we look for when we need to print without constant supervision.
The precision of the ELEGOO PLA Plus gave our prints a polished appearance that sometimes isn’t achievable with other filaments. There’s nothing worse than having print failures due to inconsistencies in filament diameter, but that was not an issue here. Our experience tells us that the honesty in the +/- 0.02mm accuracy claim is spot on.
For those in pursuit of superior 3D prints, the ELEGOO White PLA Plus is a trustworthy choice. It meets the mark of quality filament by balancing strength, usability, and aesthetics. While the price tag might be slightly higher, we believe the benefits justify the investment.
Buying Guide
Understanding Filament Diameter
We must ensure we choose the correct filament diameter for our 3D printer. Most printers use either 1.75mm or 2.85mm/3.00mm filament, so it’s essential to check the printer’s specifications before purchase.
Considering Tolerance
Tolerance refers to the precision of the filament’s diameter. Lower tolerance means higher consistency – we aim for a tolerance of +/- 0.05mm or less to ensure our prints have even layers.
Assessing Print Temperature
Different PLA filaments may have varying optimal print temperatures. We look for filaments that offer a clear temperature range, which helps us achieve the best print quality without issues such as stringing or warping.
Checking for Colors and Opacity
PLA comes in a range of colors and finishes. We select the color or transparency level that matches our project requirements, keeping in mind that the pigment can affect the filament’s strength and temperature resistance.
Evaluating Spool Size and Winding
Spools come in different sizes; we consider the weight that suits our printing volume. A uniformly wound spool is advantageous as it reduces the risk of tangles during printing.
Impact of Filament Storage
We look for filaments that include resealable bags or containers. Proper storage is crucial to protect PLA from humidity, which can degrade its quality.
| Feature | What We Look For |
|---|---|
| Diameter | Matches printer specification, commonly 1.75mm or 3.00mm |
| Tolerance | +/- 0.05mm or lower for consistent printing |
| Print Temperature | Clearly stated range for optimal results |
| Colors & Opacity | Range of options, chosen based on project needs |
| Spool Size | Appropriate weight and even winding for uninterrupted printing |
| Storage | Resealable packaging to prevent moisture absorption |
Frequently Asked Questions
When choosing PLA filament, certain features enhance your printing experience, especially with specific printers like the Ender 3. Our insights below address common inquiries regarding PLA filament use and characteristics.
What features should I look for when selecting PLA filament for my Ender 3 printer?
For the Ender 3 printer, we recommend selecting PLA filament with consistent diameter, low tolerance, and good adhesion properties. A filament that comes vacuum-sealed with a desiccant also ensures less moisture absorption for optimal print quality.
How does HATCHBOX PLA compare to other brands in terms of quality and print results?
HATCHBOX PLA is praised for its consistency in diameter and minimal warping, which often results in smooth print finishes. Users tend to find it compares favorably to other brands, providing reliable quality and good value for money.
What are the benefits of using PLA+ over standard PLA for 3D printing projects?
PLA+ filaments typically offer improved toughness and higher impact resistance compared to standard PLA. This makes them better suited for prints that require a higher degree of strength without sacrificing the ease of printing associated with PLA.
Which PLA filament brands are highly recommended by users on Amazon?
On Amazon, brands like OVERTURE, eSUN, and Sunlu receive high recommendations. They are favored for their print quality, range of colors, and reliability, according to user reviews.
Can you list the differences between PLA and PETG in terms of strength and printability?
PLA is known for its ease of printing and sharp print detail, making it ideal for beginners, while PETG provides superior toughness and thermal resistance. However, PETG is often more challenging to print with and requires higher print temperatures than PLA.
What factors make a PLA filament suitable for use with the Prusa MK3S+?
For the Prusa MK3S+, a suitable PLA filament would exhibit consistent quality, low shrinkage, and good layer adhesion. It should also come on a spool that fits the printer’s holder and pre-dried for immediate use.
