SUNLU Silk PLA+ 2.0
PLA by SUNLU · Generic
SUNLU Silk PLA+ 2.0 is a silk PLA+. The TDS lists two print bands: 205–215°C at 50–100 mm/s, or 215–235°C at 100–200 mm/s, and a bed range of 50–60°C. Cooling fan is published as on, and drying at 55°C with no duration. The sheet does not publish a single nozzle, bed, or speed setpoint.
Manufacturer settings
- Nozzle
- 205–235°C
- Bed
- 50–60°C
- Speed
- 50-200 mm/s (205-215°C: 50-100 mm/s; 215-235°C: 100-200 mm/s)
- Fan
- on
- Drying
- 55°C
Source: manufacturer, retrieved 28 Sep 2026
Starting settings for popular printers
Start from the slicer's generic profile for PLA Silk. Filwiz starting points derived from the manufacturer range, not manufacturer claims. Calibrate with a temperature tower.
| Printer | Slicer | Nozzle start | Bed start | Speed |
|---|---|---|---|---|
| Bambu Lab A1 | Bambu Studio | 220°C | 55°C | up to the manufacturer max (200 mm/s) |
| Bambu Lab P1S | Bambu Studio | 220°C | 55°C | up to the manufacturer max (200 mm/s) |
| Bambu Lab X1C | Bambu Studio | 220°C | 55°C | up to the manufacturer max (200 mm/s) |
| Creality Ender-3 V3 | Creality Print | 220°C | 55°C | up to the manufacturer max (200 mm/s) |
| Creality K1 | Creality Print | 220°C | 55°C | up to the manufacturer max (200 mm/s) |
| Anycubic Kobra 3 | Anycubic Slicer Next | 220°C | 55°C | up to the manufacturer max (200 mm/s) |
| Prusa MK4 | PrusaSlicer | 220°C | 55°C | up to the manufacturer max (200 mm/s) |
FAQ
- What nozzle temperature for SUNLU Silk PLA+ 2.0?
- The manufacturer range is 205–235°C.
- What bed temperature for SUNLU Silk PLA+ 2.0?
- The manufacturer range is 50–60°C.
- Do I need to dry SUNLU Silk PLA+ 2.0?
- The manufacturer publishes drying at 55°C.
- What print speed does the manufacturer list for SUNLU Silk PLA+ 2.0?
- The published speed is 50-200 mm/s (205-215°C: 50-100 mm/s; 215-235°C: 100-200 mm/s).
Related
- Diameter
- 1.75mm
- Density
- 1.25 g/cm³
Related guides
- How to Read a 3D Printing Filament Data Sheet (TDS)
- Silk vs Matte PLA: Finish, Strength, and Temperature Differences
- PLA vs PLA+: What Actually Changes (With Manufacturer Data)
- PLA Heat Resistance Explained: Glass Transition vs. Melting Point
- PLA vs PETG vs ABS: Which 3D Printing Filament Should You Use?
- PLA vs ABS: Which Is Actually Stronger? Tensile Strength vs. Toughness Explained
- Best Filament Brands for Beginners in 2026
- How to Create a Custom Filament Profile in OrcaSlicer
- How to Calibrate Your 3D Printer for Perfect Prints
- How to Fix Common 3D Printing Problems
- The Complete Guide to Drying 3D Printing Filament: Methods, Materials & Best Practices
- Budget vs Premium 3D Printer Filament: Which One Should You Actually Buy in 2026?
- How to Fix Stringing, Blobs, and Oozing in 3D Prints: The Complete Troubleshooting Guide
- Engineering Filaments: PETG, ASA, and Nylon — When and How to Print Them
- Bambu Lab High-Speed Printing: Profiles, AMS Tips, and Filament Compatibility for P1S and X1C
- ABS Filament Printing Temperature: The Correct Range and Why It Matters
- Is PETG Food Safe? The Truth About 3D Printed PETG and Food Contact
- PETG vs PLA for Functional Parts: Heat, Impact, and Print Settings
- High-Speed PLA vs Standard PLA: Do You Need It?