3DO Print Profiles

A collection of clean, reliable 3D printing profiles made for 3DO filaments.
These profiles are organized by printer, material, and nozzle size, making it easy to get started quickly with consistent results.

🎯 Quick Start

1. Choose your printer/slicer from the folders in this repository
2. Pick your material (PLA 2.0 Tough, PETG 2.0 Matt, ASA, ASA-CF, etc.)
3. Import the profile into your slicer
4. Start printing — the profile settings are ready to use

📁 Available Profiles

Bambu Lab

• A1 / A1 mini
• P1P / P1S / P2S
• X1 Carbon / X1E
• H2D / H2D Pro / H2S

Prusa

• Original Prusa i3 MK3S
• Original Prusa MK4S
• Prusa CORE One

Ultimaker

• Ultimaker 3

🎨 Supported Materials

Material	Properties	Typical Use
PLA 2.0 Tough	Strong, good surface finish	Everyday printing, prototypes
PETG 2.0 Matt	Matte finish, durable	Functional parts, outdoor use
ASA	UV and heat resistant	Automotive, enclosures
ASA CF	Carbon fiber reinforced ASA	Rigid, lightweight parts
ASA GF	Glass fiber reinforced ASA	High stability and stiffness
TPU-CF	Flexible composite	Flexible yet supportive parts

🧭 Import Instructions

Bambu Studio

1. Open Bambu Studio
2. Go to Filament → Filament Settings
3. Click Import and choose the .json file
4. The material will appear in your list

PrusaSlicer

1. Open PrusaSlicer
2. Go to Configuration → Filament Settings
3. Select Import Config
4. Load the .ini file and save it

Cura (Ultimaker)

1. Open Cura
2. Go to Settings → Profiles → Manage Profiles
3. Choose Import
4. Select the .fdm_material file

🔧 Nozzle Sizes

Profiles are available for:

• 0.2 mm — details
• 0.4 mm — standard
• 0.6 mm — stronger and faster
• 0.8 mm — maximum throughput

🌡️ Temperature Guidelines

Material	Nozzle Temp	Bed Temp
PLA 2.0 Tough	210–230°C	60°C
PETG 2.0 Matt	220–240°C	80°C
ASA	240–280°C	100–110°C
TPU-CF	220–240°C	60°C

💡 Tips

• Adjust temperature ±5°C depending on your specific printer and environment
• Make sure your nozzle size matches the selected profile
• For best results, keep filament dry and stored properly

🗂 Folder Structure

Printer Model/
  └── Material Type/
      └── Profile Files (by nozzle size)

📄 License

These profiles are free to use with 3DO filaments.

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Made for the 3D printing community — by 3DO 🚀