Filaments
FDM filament materials, material comparisons, material best-of, material care (drying, storage), material-specific settings and properties.
All filaments guides
77 pagesMaterials3
comparisons37
- PLA versus PETG, decided by what you are printingComparison
- PETG versus ABS: which tough filament to pickComparison
- PLA versus PLA+: is the upgrade worth itComparison
- Best matte PLA filament: what to look forComparison
- Best PETG brand: which to trustComparison
- PLA vs PETG vs ABS: which filament to pickComparison
- Best budget PLA filament: value picksComparison
- Best PLA brand on Reddit: community favoritesComparison
- Best PLA nozzle temperature: where to set itComparison
- Best silk PLA filament: shiny without the hassleComparison
- Best wood PLA filament: the wood lookComparison
- Best PETG filament: product picks by useComparison
- Best PLA filament: brand picksComparison
- ABS versus ASA: the outdoor upgradeComparison
- PETG versus ASA: indoor tough or outdoorComparison
- PETG versus nylon: tough versus wearComparison
- PETG versus TPU: tough versus flexibleComparison
- PLA+ versus PLA durability: which lasts longerComparison
- PLA+ versus PLA strength: which is strongerComparison
- PLA+ versus PLA toughness: which takes a knockComparison
- PLA versus ABS: which filament for your partComparison
- PLA vs ABS: which is better for your printComparison
- PLA versus ASA: easy versus outdoorComparison
- PLA versus nylon: easy versus wearComparison
- PLA vs PETG for beginners: which to start withComparison
- PLA vs PLA+ vs PETG: which to pickComparison
- PLA versus TPU: rigid versus flexibleComparison
- Best 3D printer filament: pick by jobComparison
- Best filament for Bambu Lab printersComparison
- PLA+ versus PETG: easy tough versus real toughComparison
- Polymaker versus eSUN filament: a brand comparisonComparison
- Which filament is strongest: rankedComparison
- Best budget filament brand: value across materialsComparison
- Best filament for Ender 3: pick by jobComparison
- Strongest 3D printer filament: what to pickComparison
- Best budget 3D printer filament: what cheap filament actually gets youComparison
- Best cheap PLA brand: value PLA brands comparedComparison
care7
- What is a filament dryer and how does it workGuide
- Best desiccant for filament: molecular sieve, silica gel, and what to pickGuide
- Best filament dryer: dedicated dryers, dehydrators, and ovens comparedGuide
- Best filament storage container: bins, bags, and dry cabinetsGuide
- How to dry filament: the right temperature and time for each materialGuide
- Bulk filament storage: keeping a large spool inventory dry and organizedGuide
- Filament storage: how to keep spools dry and printableGuide
material30
- What PLA means: the filament acronym explainedGlossary
- How to store filament: sealed containers, desiccant, and humidityGuide
- PETG filament: the durable step up from PLAGuide
- PETG printing temperature: nozzle and bed rangesGuide
- PETG strength: tensile, impact, and layer adhesionGuide
- What is PETG filament? A plain-English definitionGlossary
- Best PLA+ filament: what to look for and how to print itGuide
- Best PLA+ for functional parts: toughness and settingsGuide
- PLA filament: the default 3D-printing materialGuide
- How to dry PETG: temperatures, times, and safe methodsGuide
- Is PETG food safe? What the rules actually sayGuide
- Is PLA+ worth it? When the upgrade pays offGuide
- What is PLA+? How it differs from PLAGuide
- How much filament do I need: estimate by volume and densityGuide
- PLA+ impact resistance: how it beats PLAGuide
- PLA+ temperature settings: the numbers to enterGuide
- How to dry PLA: low temperatures, short times, and safe methodsGuide
- Is carbon fiber PLA stronger? Stiffer, but not in every wayGuide
- What is silk PLA, and how do you print it?Glossary
- PETG temperature guide: nozzle, bed, fan, and speedGuide
- PLA+ temperature guide: nozzle and bed rangesGuide
- PLA temperature guide: nozzle, bed, and fan settingsGuide
- What is ABS filament? A tough, heat-resistant print materialGlossary
- PETG print settings: nozzle, bed, retraction, and coolingGuide
- PETG retraction settings: distance, speed, and clearing stringingPrinter + Material Settings
- How to dry PLA+ filament: temperatures, times, and methodsGuide
- PLA print settings: nozzle, bed, and cooling starting pointsGuide
- What is ASA filament? The UV-stable outdoor alternative to ABSGlossary
- What is TPU filament? The flexible, rubber-like print materialGlossary
- How to print ABS: settings, warping fixes, and fume safetyTroubleshooting
Most-read filaments guides
PLA filament, for people who want it to just work
What PLA filament is, how to print it, and the settings that fix stringing, warping, and bed adhesion, in plain language.
PLA versus PETG, decided by what you are printing
PLA versus PETG compared on ease, strength, heat resistance, and cost, with a clear pick for each common use case.
PETG filament, for stronger and hotter parts
What PETG filament is, how to print it at 240 to 250 °C without stringing, and why it sits between PLA and ABS for strength and heat.
PLA+ filament, and when it beats plain PLA
What PLA+ filament is, how it differs from PLA, and whether the extra toughness is worth it. Print settings, brand variation, and when to pick it.
What is a filament dryer and how does it work
A filament dryer holds a fixed low temperature to drive moisture out of a spool. How it works, the tradeoffs vs other methods, and what to check.
PETG versus ABS: which tough filament to pick
PETG versus ABS compared on strength, heat, ease, fumes, and outdoor use, with a clear pick for functional and warm parts.