How to Get Something
3D Printed
Never used a 3D printing service before? This guide walks you through everything from finding a design to receiving your finished print.
The Process at a Glance
Have an Idea
Know what you want printed
Get a Design
Find or create a 3D file
Submit Request
Post your project
Get Quotes
Compare offers from makers
Receive Print
Get it shipped to you
Step 1: Do You Have a 3D Design?
Yes, I have a file
Great! Common 3D file formats that can be printed:
- .STL (most common)
- .OBJ
- .3MF
- .STEP / .STP
You can upload your file directly when posting a project.
No, I need a design
No problem! You have several options:
- Find an existing design:
Sites like Thingiverse, MyMiniFactory, and Printables have millions of free designs.
- Describe what you need:
Many makers offer design services. Upload reference images and describe your idea.
- Use a design tool:
Hero Forge for characters, Tinkercad for simple items, or hire a designer.
Step 2: Understanding Materials
Different materials have different properties. Here are the most common options:
PLA
Best for: General purpose, decorative items
- + Easy to print, good detail
- + Most affordable option
- + Many color options
- - Not heat resistant (softens at 60°C)
PETG
Best for: Functional parts, durability
- + Strong and impact resistant
- + Food safe (with precautions)
- + Better heat resistance than PLA
- - Slightly more expensive than PLA
ABS
Best for: Heat resistance, strength
- + Heat resistant up to 100°C
- + Very strong and durable
- + Can be post-processed (sanded, painted)
- - Requires ventilation during printing
TPU (Flexible)
Best for: Flexible parts, shock absorption
- + Flexible like rubber
- + Impact and wear resistant
- + Great for phone cases, gaskets
- - Takes longer to print
Resin
Best for: High detail, miniatures
- + Incredible detail and smoothness
- + Perfect for miniatures, jewelry
- + Various specialty resins available
- - More brittle than filament prints
Nylon
Best for: Mechanical parts, wear resistance
- + Extremely strong and durable
- + Low friction, self-lubricating
- + Chemical resistant
- - More expensive, harder to print
Not sure which material? Describe your use case when posting your project. Makers will recommend the best option for your needs.
Step 3: Getting Quotes
What to Include in Your Request
- Clear description
What is it? What's it for? Any special requirements?
- Size information
Dimensions, or scale relative to something familiar
- Quantity needed
How many copies do you need?
- Color/material preferences
If you have specific requirements or are flexible
- Timeline
When do you need it by?
What Affects Price?
Step 4: Choosing a Maker
When you receive quotes from makers, consider these factors:
Reviews & Ratings
Look at their past work and customer feedback. High ratings indicate reliable quality.
Price Breakdown
Understand what's included - printing, materials, shipping. Cheapest isn't always best.
Communication
Do they ask good questions? Respond quickly? Good communication = fewer problems.
Turnaround Time
When can they start and finish? Does it fit your timeline?
Equipment & Experience
Do they have the right printer type and materials for your project?
Frequently Asked Questions
Do I need a 3D model to get something printed?
No! You can describe what you need and upload reference images. Many services and makers can create a 3D model for you, or help you find existing designs.
How much does 3D printing cost?
Costs vary widely based on size, material, and complexity. Simple small items start around $5-10, while larger or complex prints can be $50-200+. The best way to know is to get quotes.
How long does 3D printing take?
Print time depends on size and detail. Small items print in hours, large items may take days. Most services ship within 1-5 days after printing, depending on location and shipping method.
What materials can I choose from?
Common materials include PLA (general purpose), PETG (durable), ABS (heat resistant), TPU (flexible), Nylon (strong), and Resin (detailed). Each has different properties and costs.
Is 3D printing strong enough for functional parts?
Yes! With the right material and print settings, 3D printed parts can be very strong. Materials like PETG, ABS, and Nylon are commonly used for functional mechanical parts.