One thing to note when discussing the smell of eSun and Hatchbox filaments is proper safety equipment. Though the fumes of PLA filaments, in general, are less dangerous than other types of 3D printing filaments, they are still not healthy for you. When it comes to obtaining prints that are successful enough, ensuring that you configure the settings of your slicer with the recommended generic values for the type of filament you’re printing with is usually an adequate first step to get things going. Some users like to buy filaments from companies that only specialize in 3D printing materials. If this is the case for you, consider purchasing Hatchbox PLA filaments. Biodegradable: As PLA is made from organic sources, it is environmentally friendly and decomposes naturally.

PLA – This is your standard PLA: affordable, readily available, and ideal for general-purpose 3D printing projects. Anycubic PLA is an excellent option for large prints that take a long time to complete . The filament is very sturdy and feeds smoothly into the extruder.Lastly, this filament can be brittle . It didn’t break on us consistently but it can happen. Maybe there’s a snag somewhere in quality control? Another factor that affects the final finish of a filament is how it is stored. Hatchbox filaments come in a plastic bag that is not resealable. You will need to find an alternative storage method for your Hatchbox filaments once you open the PLA. More reliable and hands-off than DIY oven drying, filament dryers take care of the entire drying process, leaving you with a bone dry spool within just a few hours. Many are also designed with an opening to feed filament through so that you can keep the PLA protected even while printing. Where to Buy PLA Filament?

Filament Diameter: The wrong PLA spools come with varying diameters, and this is problematic when printing prints. If the diameter is wider on one part of the spool and less wide on another, this will cause problems during the printing process. You will have to keep adjusting feed settings to counteract the issue. The varying diameters can also lead to inconsistency in the prints. It’s usually a good idea to push the print temperature up a bit whenever you increase the print speed (1-2 °C per 5 mm/s) to ensure that the hotend can melt enough filament to keep up with the increased filament flow, which is to keep something in mind. Fan Speed So, if you are relatively new at 3D printing, do not let the consistency of your filaments be the deciding factor between Hatchbox and eSun filaments. Once you have mastered your craft, then you can use consistency to decide.

Which is the Better Filament Between Esun and Hatchbox?

To get an idea of how the STL format gets around this, take a piece of paper out of your recycling pile and crumple it. You end up with a wrinkled surface that consists of small, flat sections connected by folds. Now you can shape the crumpled paper in ways you never could with the flat sheet. On the other hand, if you’re going for strength (or a mix of visual quality and strength), and PLA is your only option at the moment, you can definitely feel free to experiment with lower fan speeds since this won’t pose any problems for the success of your prints by any means.

Once you complete a test print for the first time, you can then look for signs of bed temperature misconfiguration, such as elephant’s foot, which indicates the bed temperature was too high, or poor bed adhesion, which would tell you that the bed temperature was too low, and use this information to fine-tune the bed temperature value further if necessary. Now coming to the smell. Boy, these PLA filaments smell amazing. Reminded us of pancakes. Make sure you aren’t hungry when using this filament. Be warned, however — this filament requires hot temperatures starting from 205-220°C. Make sure your hot end can reach 205°C at least before purchasing this filament. As a note of caution, ensure that your windows are open when you are 3D printing at high temperatures as the fumes are toxic.

HOW IS PLA MADE TODAY

Everything changed in 1986 when 3D Systems Corporation introduced the first commercial 3D printer. Their product used a technique called stereolithography, or SLA, that took advantage of special photopolymers. These liquid resins turn into solid polymers when exposed to ultraviolet light. By shining an ultraviolet laser onto the surface of the resin bath, an SLA printer draws a solid plastic layer. The printed layer submerges so the laser can print the next layer. Oh, and you’d better hope your hot end gets hot. The recommended printing temperatures for Inland PLA are 215°C-230°C , but we steadily had to aim for the high end of that scale. If your hot end doesn’t blaze, don’t bother trying. PLA stands out from the majority of thermoplastic polymers because it's created from processing a number of plant products. To specify, it can be derived from such renewable resources as tapioca roots, corn starch, and sugar cane. Since its made from biomass materials, it's also biodegradable and considered to be much greener than ABS. So, by purchasing any of PLA filaments, you make a contribution to the environment. The two parameters Hatchbox mentions in their PLA filament specifications are print temperature (nozzle temperature) and bed temperature, which will be our primary focus when adjusting slicer settings to be compatible with Hatchbox PLA.