You’ve just spooled your filament, and you’re ready to put it in your 3D printer. But you notice something isn’t looking right, and your filament is in bad shape. Now you realize you’ve wasted your time and have to start the extrusion and spooling process all over again.
But at least this time, you have this guide that takes you along the process of telling when your filament is ready to be spooled and why you want to make sure you spool correctly!
With different filament makers on the market, the guidelines to follow may vary; we’ve curated the following tips based on our experience with our filament makers.
Let’s get to it.
How can I tell when my filament is ready to be spooled?
Well, when your filament is of good quality.
That answer may seem obvious, but in other words, there’s no point spooling your filament during the “research” phase when you’re still trying to find the best settings. So instead, you’ll have to find these settings without spooling. Finding these settings means three things:
1. The filament must look good to the naked eye (no bubbles, no burnt particles, no surface defects, and a homogenous color),
2. The filament must be round. The sensor in our filament makers measures in one direction only, so you can check the roundness by either rolling it between your fingers (may take some practice) or an even easier way, by using a caliper,
3. The diameter fluctuation (the tolerance) must be tight enough; this is hard to see with the naked eye, so we suggest using the Filament Thickness graph on DevoVision. The tolerance must remain stable, within an acceptable range for at least 20-30mins. The optimal tolerance is typically +/-50 microns, but this is arbitrary. The ideal tolerance depends on your 3D printer configuration. Often, 3D printers can work with a tolerance of +/-100 or even +/-150 microns.
What’ll happen if I don’t spool correctly?
Excessive tension can deform the filament and disturb sensor readings, meaning that your final thickness would end up thinner than expected. And insufficient tension leads to entanglements within your spool. And loose or entangled spools are basically unprintable, which would eventually lead you to have failed 3D prints.
Your spools will not always be 100% neat, and we know that, but you must get as close as possible to that. For example, if you started spooling when your filament’s thickness was still unstable, you’d notice that your 3D prints will fail quite suddenly or be inaccurate.
There you have it! How to check if your filament is ready to be spooled, and why you want to make sure you spool it correctly! Remember to store your filament properly once you’ve spooled so it remains in perfect condition for your 3D print!
Are you having challenges with finding the right settings to get the best results? Check out our support platform filled with support guides, tutorials, and more!
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