EASIEST How To 3D Print Emblems, Badges and Logos! (Tutorial)

https://youtube.com/watch?v=EwSWgDY5BV8

Introduction to 3D Printing Custom Emblems and Badges

Creating custom 3D printed emblems, badges, and logos opens up endless possibilities for cosplay props, personalized items, fan merchandise, and professional branding. Whether you’re making RWBY emblems, corporate logos, or decorative patches, 3D printing makes it accessible and affordable for everyone.

This tutorial covers the easiest method I’ve found for transforming 2D designs into physical 3D objects. You don’t need advanced CAD skills or expensive software – just Photoshop and 3D Builder (both free with Windows), plus a standard 3D printer.

What You’ll Need: A computer with Adobe Photoshop, Windows 3D Builder (free), a 3D printer (FDM printer works best), and your 2D image file. The entire workflow can be completed in under an hour, with actual printing time varying based on size and complexity ^[1].

Choosing the Right Software: Comparison Table

Software	Difficulty	Cost	Best For
Photoshop + 3D Builder	Beginner	Free (with Windows)	Quick emblem creation from 2D images
Tinkercad	Beginner-Intermediate	Free	Simple geometric designs
Fusion 360	Advanced	Free for personal use	Complex, precise emblems with measurements
Blender	Advanced	Free	Artistic, organic emblems and logos

Step 1: Preparing Your Image in Photoshop

Start with your 2D image file – JPEG, PNG, or SVG all work, though SVG files are the easiest to work with since they maintain crisp edges when scaled ^[2]. If you have a JPEG, you’ll need to clean it up first.

For JPEG/PNG files:

1. Open your image in Photoshop
2. Use the “Image Trace” or “Select > Color Range” to isolate your design
3. Clean up edges using the Eraser tool or Pen tool
4. Convert to SVG: File > Export > Export As > SVG

For SVG files:

Simply open in Photoshop to verify the design. SVG files are vector-based, meaning they can be scaled infinitely without losing quality, which is perfect for emblems that need to be resized for different applications ^[3].

Pro Tip: Ensure your image has a transparent background and clean, sharp edges. Any rough spots will be amplified when extruded into 3D.

Step 2: Importing and Extruding in 3D Builder

Windows 3D Builder comes pre-installed on Windows 10 and 11, or you can download it free from the Microsoft Store ^[4]. This is where the magic happens – turning your 2D design into a 3D object.

Importing Your Design:

1. Open 3D Builder
2. Click “Paste” or drag your SVG file into the workspace
3. Your design will appear as a flat 2D object

Extruding to 3D:

1. Select your design object
2. Click the “Extrude” tool (looks like a box with an arrow)
3. Set your extrusion depth – 3-5mm is typical for emblems and badges
4. Adjust the thickness based on your intended use (thicker for durability, thinner for lighter weight)

Adding a Base (Optional):

For stability, add a flat base to your emblem:

1. Add a new cube object
2. Resize to match your emblem dimensions
3. Make it 2-3mm thick
4. Select both objects and click “Merge” to combine them

Step 3: Preparing for 3D Printing

Before exporting, make final adjustments to ensure successful printing:

Orientation:

• Lay the emblem flat on the build plate with the design facing up
• This minimizes support material and gives the best surface finish

Size Considerations:

• Standard emblems: 50-100mm diameter
• Small badges: 30-50mm
• Large props: 150-200mm+ (may require multiple pieces)

Exporting:

Click “Save As” and choose STL format – this is the universal file format for 3D printing ^[5]. Name your file and save it to an easily accessible location.

Step 4: Slicing and Printing Settings

Import your STL file into your slicing software (Cura, PrusaSlicer, or similar). Here are optimal settings for emblem printing:

Layer Height: 0.2mm is ideal – balances quality and speed. For finer details, go down to 0.12mm. For faster prints, 0.28mm works but with reduced detail ^[6].

Infill: 20% infill is sufficient for emblems. Increase to 30-40% if you need extra strength.

Supports: Generally not needed for flat emblems printed face-up. If your design has overhangs or is printed vertically, enable supports.

Print Speed: 40-60mm/s is a good balance. Slower speeds (30mm/s) yield better quality but take longer.

Best Filament Types for Emblems: Comparison Table

Filament	Best For	Pros	Cons	Temp (°C)
PLA	Indoor emblems, cosplay props	Easy to print, wide color range, eco-friendly	Not heat-resistant, can warp in sun	190-220
PETG	Functional badges, outdoor use	Strong, heat-resistant, durable	Slightly harder to print, stringing	230-250
ASA	Outdoor emblems, automotive	UV resistant, weatherproof	Requires enclosure, harder to print	240-260
Wood-Fill PLA	Decorative emblems, rustic look	Unique wood texture, sandable	Weaker than pure PLA, limited colors	190-220

Post-Processing Your Printed Emblem

Once your emblem finishes printing, a little post-processing goes a long way:

Removing Supports:

If you used supports, carefully remove them with needle-nose pliers. Take your time – don’t force it or you might damage delicate details.

Sanding:

Start with 220-grit sandpaper to remove layer lines, then progress to 400-grit for smoothness. For extra smoothness, finish with 600-grit or use a Dremel polishing tool ^[7].

Painting:

• Primer: Apply a plastic primer spray for better paint adhesion
• Base coat: Use acrylic spray paint or brush-on acrylics
• Detail work: Fine brushes for small areas, airbrush for large surfaces
• Clear coat: Protect with a matte or gloss clear coat

Alternative Finishes:

• Wood stain for wood-fill PLA emblems
• Metallic spray paint for a chrome or bronze look
• Glow-in-the-dark paint for special effects

Troubleshooting Common Issues

Problem: Layer separation or delamination
Solution: Increase nozzle temperature by 5-10°C, ensure print bed is level, and check for drafts around the printer ^[8].

Problem: First layer not sticking
Solution: Clean build plate with isopropyl alcohol, adjust first layer height, or use a brim for better adhesion.

Problem: Stringing between parts
Solution: Enable retraction in your slicer settings, reduce travel speed, or lower printing temperature slightly.

Problem: Loss of fine details
Solution: Reduce layer height to 0.12-0.16mm, slow down print speed, and use a smaller nozzle (0.3mm or 0.25mm) if available.

Recommended 3D Printers for Emblem Printing

While any FDM 3D printer can handle emblems, some are better suited for detailed work:

Entry-Level Options:

• Ender 3 V2: Reliable, affordable, great for beginners
• Creality CR-10 SE: Larger build volume for bigger emblems

Mid-Range:

• Prusa i3 MK3S+: Excellent quality, reliable, auto-bed leveling
• Robo3D R2: Good all-rounder with WiFi connectivity (see affiliate link below)

Advanced:

• Bambu Lab X1C: Lightning-fast with enclosed build chamber
• Prusa XL: Multi-material printing for multi-color emblems

Project Ideas and Inspiration

Now that you know the technique, here are some project ideas:

• Cosplay Props: RWBY team emblems, superhero logos, fantasy crests
• Corporate Branding: Custom badges for employee recognition, promotional items
• Personal Projects: Family crests, wedding favors, team jerseys
• Home Decor: Decorative wall plaques, customized signs
• Gaming: Video game emblems, faction badges, character symbols

Time and Cost Estimates

For a typical 80mm diameter emblem:

• Design time: 15-30 minutes
• Slicing preparation: 5 minutes
• Print time: 2-4 hours
• Post-processing: 30-60 minutes
• Total: Approximately 3-6 hours

Cost per emblem:

• PLA filament: $0.50-$2.00 depending on size and complexity
• Electricity: Negligible (less than $0.10)
• Paint and supplies: $2-$10 if painting

Frequently Asked Questions (FAQ)

Q1: What file format should I use for my 2D image?

A: SVG (Scalable Vector Graphics) is the best format because it maintains crisp edges at any size. If you only have a JPEG or PNG, you can convert it to SVG in Photoshop or use online conversion tools. Keep in mind that low-resolution images won’t convert well – start with the highest quality image available ^[9].

Q2: Can I print multi-color emblems?

A: Yes! There are several approaches: (1) Paint your single-color print after printing, (2) Use a printer with multi-material capabilities like the Prusa XL or Bambu Lab AMS, (3) Print separate pieces in different colors and glue them together, or (4) Use filament swapping mid-print (requires more advanced slicer configuration). For beginners, painting after printing is the easiest method.

Q3: How thick should I make my emblem?

A: For typical badges and emblems, 3-5mm thickness is ideal. This provides enough rigidity while keeping the weight manageable. If you plan to mount it on a curved surface or need extra durability, go up to 8-10mm. For lightweight applications like temporary cosplay props, 2-3mm may suffice ^[10].

Q4: What’s the best way to attach emblems to surfaces?

A: Several options work well: (1) 3M adhesive strips or tape for temporary mounting, (2) E6000 or similar strong glue for permanent attachment, (3) Hot glue for quick fixes (less durable), (4) Small screws or bolts through mounting holes for secure attachment to solid surfaces, (5) Magnets embedded in the back for removable mounting on metal surfaces. Always test your attachment method on a small area first.

Q5: Can I sell 3D printed emblems of copyrighted characters?

A: Generally, no – selling unauthorized reproductions of copyrighted characters, logos, or trademarks violates intellectual property laws. However, creating emblems for personal use, gifts, or fan conventions (without commercial intent) is usually acceptable. If you want to sell emblems, focus on original designs, generic symbols, or obtain proper licensing from the copyright holder ^[11].

Q6: My emblem keeps warping during printing. What can I do?

A: Warping occurs when plastic cools unevenly. Solutions include: (1) Use a heated bed and set it to 60-70°C for PLA, (2) Apply a brim or raft for better bed adhesion, (3) Use an enclosure to maintain consistent temperature, (4) Reduce print speed for better layer bonding, (5) Try PETG or ABS which warp less than PLA at higher temperatures, (6) Apply glue stick or hairspray to the build plate for better first-layer adhesion ^[12].

Q7: How do I create emblems with multiple layers or depth?

A: In 3D Builder, you can extrude different parts of your design to different depths. Import your design, select individual elements using the “Select” tool, and extrude each to different depths. For complex multi-layer emblems, consider using Fusion 360 or Blender for more precise control. The key is planning your layers before importing – separate your SVG into different layers in Photoshop first for easier manipulation.

Q8: What’s the maximum size emblem I can print?

A: This depends on your printer’s build volume. The Robo3D R2, for example, offers a 10″ x 10″ x 10″ build volume (254mm x 254mm x 254mm) ^[13]. If you need an emblem larger than your printer can handle, print it in sections and assemble them with glue or design it as interlocking pieces. Some makers even create tiled emblems that mount together to form larger designs.

Conclusion

3D printing custom emblems, badges, and logos is an accessible skill that opens up creative possibilities for cosplay, branding, and personal projects. With just Photoshop, 3D Builder, and a standard 3D printer, you can transform any 2D design into a physical object in a matter of hours.

Remember to start with high-quality images, take your time with the design phase, and experiment with different filament types and finishing techniques to achieve the look you want. The more you practice, the better your results will be.

Ready to start creating? Grab your favorite emblem design and give it a try – you’ll be amazed at what you can make with a few simple tools and your 3D printer!

---

Resources and Affiliate Links

Want a RWBY Emblem:
https://www.etsy.com/shop/pkmods

Support the channel over on Patreon:
https://www.patreon.com/pkmods

Buy me a coffee!
https://buymeacoff.ee/oGalVPfkv

Amazon Affiliate Links for 3D printing supplies:
Amazon 3D Printing Supplies

Recommended PLA Filaments:

• Hatchbox Black PLA
• Hatchbox Red PLA
• Hatchbox Yellow PLA
• Hatchbox White PLA

Recommended 3D Printer:
Robo3D R2 3D Printer

Find me on Instagram @Paulkaryakos

---

Sources:

1. All3DP, “3D Printing Logos and Emblems: The Ultimate Guide,” 2024
2. Adobe, “Working with SVG Files in Photoshop,” Official Documentation
3. W3C, “Scalable Vector Graphics (SVG) Specification,” 2023
4. Microsoft, “3D Builder User Guide,” Windows Store
5. STL Format Wikipedia Page, “STL (file format)”
6. Cura Slicer Documentation, “Layer Height Guidelines,” 2024
7. MakerBot, “Post-Processing 3D Prints: Sanding Guide,” 2023
8. Prusa Research, “Troubleshooting Guide: Layer Separation,” 2024
9. Inkscape, “Converting Raster Images to Vector Graphics,” Tutorial
10. 3D Printing Stack Exchange, “Optimal Thickness for 3D Printed Badges,” Community Discussion
11. U.S. Copyright Office, “Copyright and Fan Art,” FAQ
12. 3D Hubs, “How to Prevent 3D Print Warping,” Technical Guide
13. Robo3D, “R2 Specifications and Build Volume,” Official Product Page