Update: This popular deal is still available.
Elegoo has
1KG ELEGOO Matte PLA 1.75mm 3D Printer Filament (Various Colors, Mix & Match) on sale at 5 for $89.95 when you add quantity of 5 to cart (you may mix & match colors) - $36.95 when you apply discount code
IMEPLAMA at checkout =
5 for $53.
Shipping is free.
Note: 'Worry-Free Purchase' shipping insurance option for an additional fee is selected at checkout, but you may unselect it before purchase.
Thanks to Community Member
gabe2311 for finding this deal.
Features:- ELEGOO PLA MATTE filament features matte low-saturation macaron colors. These pastel shades bring a touch of elegance to your prints, while the matte finish helps to hide visible layer lines for a better visual appeal.
- Our PLA MATTE is less prone to stringing and deformation than PLA, resulting in cleaner and more accurate prints, reducing the need for post-processing and saving you time and effort.
- Our matte PLA boasts an impressive dimensional accuracy of +/- 0.02mm and a tight tolerance of 1.75mm diameter, ensuring consistency and precision in every print.
- Each cardboard spool is neatly wound and undergoes strict manual inspection to prevent filament entangles and crossed turns, providing a smooth and uninterrupted printing experience.
- All filaments go through a complete drying process and are vacuum-sealed with desiccants to prevent dust and moisture. This reduces clogging or bubbles during printing and maintains optimal filament conditions.
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I still use some Sunlu for some of my PLA prints as it generally costs less.
There are several adapter ring profiles for the Elegoo cardboard spools if you search Makerworld and are concerned about your AMS. They don't use much filament and most I used were an about 17-18 minute print. Or you can wrap the spool with electrical tape which is what I did prior to being aware of the adapters.
PLA if you want rigidity and accuracy
PETG if you want flex and a bit more temperature handling
ain't nobody printing miniatures with PETG, nor are they printing the functional components of a foam dart blaster with it.
ain't nobody printing coil spring launchers with PLA, nor are the printing anything else that needs to move/flex.
PETG in the same situation will sit under tension until it encounters a dynamic load beyond its strength, and then shatter. PLA will have deformed, thereby releasing the tension and the dynamic load isn't enough to overcome PLA's rigidity.
Right tool for the right job.
added to op.
Ty for heads up.
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