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Filament a materiály pro 3D tisk – co použít na co?
Výroba 3D filamentů v Česku: Návštěva továrny Filament PM (Plasty Mladeč)
3D tiskárna pod stromečkem? První kroky s 3D tiskem: Filament, příslušenství a tipy pro začátečníky
Zničil jsem si 3D tiskárnu: Co dokáže špatný filament a jak sestavit nový hotend
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.
All-in-one machines such as Bambu Lab H2D combine 3D printing, laser engraving, cutting and plotting. They are suitable for creative workshops, schools and small production runs, but they will not replace a specialized laser or conventional printer in every situation.
An enclosed CoreXY printer is worth it when an open machine starts failing with larger parts, fast printing, and technical materials such as ASA, ABS, or PA. This article explains what a chamber and CoreXY mechanics can bring, and when an upgrade makes economic sense.
A practical guide to Bambu Studio: how to set up a printer and filament profile, when to run Flow Dynamics and Flow Rate, and how to address the first layer, supports, AMS, speed, and the most common print defects.
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.
Owning a 3D printer is worthwhile mainly for regular printing, rapid prototyping, and repeated small parts. For one-off jobs, special materials, and a finished result without the hassle, 3D printing on demand is usually the better option.
Not sure whether to choose FDM, SLA or SLS for your part? This practical comparison explains the differences in cost, strength, detail, surface quality and suitable applications.
A practical comparison of the Prusa Core One L and Bambu Lab H2S for workshops, schools, designers, and home enthusiasts. When does the more open and serviceable Prusa make sense, and when is the larger, more automated Bambu with AMS 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.
The Snapmaker U1 is an interesting four-head 3D printer for fast multi-color printing with significantly less waste. Compared with Bambu Lab, it makes the most sense where you frequently change colors or materials, but it does not always replace a more mature ecosystem and more enclosed design.
An overview of the most common FDM 3D printing errors with a practical troubleshooting procedure: first layer, warping, stringing, under-extrusion, layer shifts, cracking, blobs, overhangs, and a clogged nozzle.
