Filament Drying Guides
Proper drying temperatures and methods for all common 3D printing filaments. Eliminate moisture-related print quality issues.
Quick Reference Table
| Material | Temperature | Duration | Moisture Sensitivity | Guide |
|---|---|---|---|---|
| PLA | 50-55°C | 4-6 hours | Moderate | Full Guide |
| PETG | 65-70°C | 4-6 hours | High | Coming Soon |
| ABS | 70-80°C | 4-6 hours | Moderate | Coming Soon |
| TPU | 55-60°C | 4-6 hours | Very High | Coming Soon |
| Nylon | 70-80°C | 8-12 hours | Extreme | Coming Soon |
Material-Specific Guides
PLA Drying Guide
Complete guide to drying PLA filament including optimal temperatures, methods, and storage recommendations.
- Dry at 50-55°C for 4-6 hours
- Do not exceed 60°C
- Signs of wet PLA
- Storage best practices
PETG Drying Guide
PETG is highly hygroscopic and requires proper drying to prevent stringing and quality issues.
- Dry at 65-70°C for 4-6 hours
- Critical for print quality
- Active dry box recommended
- Re-dry frequently
Drying Methods
Filament Dryer
Best Method
Purpose-built with precise temperature control. Most reliable and convenient option.
Cost: $40-80
Food Dehydrator
Budget Option
Remove trays and set to lowest temperature. Works well but less precise.
Cost: $30-50
Dry Box (Active)
Premium Solution
Continuous drying during storage and printing. Best for high-moisture materials.
Cost: $60-150
Signs Your Filament Needs Drying
- Popping or hissing sounds during printing
- Excessive stringing between parts
- Rough surface finish or bumpy texture
- Poor layer adhesion or weak prints
- Inconsistent extrusion or under-extrusion
- Brittle filament that snaps easily
Storage Best Practices
After drying, proper storage prevents moisture re-absorption:
- Airtight containers: Sealed boxes or bags with desiccant
- Desiccant packets: Silica gel (recharge when saturated)
- Vacuum sealing: Best for long-term storage
- Dry boxes: Active humidity control for frequently used spools
- Temperature: Store in cool, dry location
- Sunlight: Keep away from direct UV exposure