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An overview of ten types of multicolor 3D prints where AMS, MMU, or a toolchanger really make sense. The article presents practical models, slicer tips, and ways to reduce waste during filament changes.
An overview of 10 practical 3D prints for cars and outdoors, with clear recommendations on when PETG is sufficient, when PLA will fail, and when to choose ASA or PET-CF for heat, sunlight, and long-term loads.
PLA is often described as an environmentally friendly and biodegradable material. In practice, however, an ordinary 3D print will not break down in garden compost or mixed waste. This article explains when it makes sense to talk about industrial composting and how to handle failed prints more responsibly.
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.
Nylon filament is suitable for functional parts that need to withstand friction, impacts, and repeated stress. PA6 offers high performance, PA12 easier printing, and PA-CF stiffness and improved dimensional stability. The key is proper drying, dry storage, and a suitable nozzle.
A comparison of Bambu Lab AMS Lite and AMS 2 Pro in Czech: the main differences, printer compatibility, suitable filaments, spool limitations, and practical advice on when to choose the simpler AMS Lite and when AMS 2 Pro is worth it.
Comparison of the QIDI Q2, Q2C and Q1 Pro: differences in chamber, volume, hotend and materials, plus practical advice on which compact CoreXY printer to choose.
A practical comparison of carbon-fiber composite filaments: when to choose PETG-CF, ASA-CF, PA6-CF or PAHT-CF and what to watch out for when printing.
A practical guide to FDM 3D printing strength: how to choose the material, orient the model, and set the walls, infill, layer height, temperature, and cooling so that functional parts do not crack where they should not.
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.
Carbon fiber-filled, glow-in-the-dark, and other filled filaments can quickly wear out a brass nozzle. In this article, we explain when to choose a hardened nozzle, why a 0.6 mm diameter often makes sense, and how to adjust the profile for PLA-CF, PETG-CF, or PA-CF.
OpenPrintTag offers an open way to store filament information directly on the spool. Find out how NFC tags help identify the material, color, print profile, and remaining filament before a long print.
