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Novinky v PrusaSliceru a Bondtech INDX | Jak Dotáhnout Řemeny na Core One
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Jak vypadá Bambu Lab H2D naživo? Exkluzivně z Polské výstavy + Robo pes od Unitree
Jak tisknout bez sliceru? Testujeme Prusa EasyPrint!
Jak pevné jsou naše filamenty? Trhání PLA, PETG, ASA a dalších..
Zákulisí Prusa Research: Jak se rodí 3D tiskárny a co dalšího skrývá jejich..
Zničil jsem si 3D tiskárnu: Co dokáže špatný filament a jak sestavit nový hotend
Jak na tisk Nylonu: Mikro srovnání Qidi Q1 Pro vs Creality K1C
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A practical guide to recognizing damp filament in summer, when to dry PLA, PETG or nylon, and how to store spools in dry conditions so that surface quality, strength and material changes are not affected.
TPU is usually the best first choice for flexible printing, while TPE makes sense for truly soft and rubber-like parts. The article covers the differences, recommended settings, drying procedure, and solutions to the most common problems.
A comparison of PPA-CF, PA6-CF and PAHT-CF for strong functional parts: when to choose each carbon nylon, how to dry it, which nozzle to use and what to watch out for when designing and printing.
Wet filament causes popping at the nozzle, stringing, bubbles, a poorer surface, and weaker layers. Find out when a filament dryer makes sense, which parameters to look for when choosing one, and why the Creality Space Pi is a practical choice for standard PLA, PETG, TPU, and engineering materials.
Not sure whether to print with PLA, PETG, or ASA? This practical comparison explains when to choose easy-to-print PLA, more durable PETG, and when demanding ASA is worthwhile for outdoor parts.
Wet filament often looks like incorrectly set retraction, but the cause is usually in the material. This article explains the symptoms in PLA, PETG, TPU, and nylon, when a drybox with silica gel is enough, and when an active dryer or AMS with active drying is worthwhile.
Two nozzles are not just for impressive multimaterial printing. With ordinary FDM prints, they mainly help with supports: cleaner bottom surfaces, less waste, faster material switching, and a lower risk of damaging the finished part.
Moist filament for 3D printing can lead to failed prints. Fortunately, proper storage and drying can help prevent and solve this problem. Although this may not be obvious to a beginner, every experienced 3D printing enthusiast knows how important proper filament storage and drying are. Moisture in filament can significantly affect print quality. We explain […]
Moisture from the air can easily damage 3D printing filament, which can also affect the quality of your prints. Find out how to dry filament properly! All filaments used in fused deposition modeling (FDM) 3D printing are hygroscopic. That is a complicated way of saying that the material likes to absorb moisture. This hygroscopicity can cause problems with filaments. As plastic polymers, they are […]
PLA in 3D Printing: The Best? Why? How to Use It to Its Full Potential?
