Material Guide & Choices
Materials change how a part looks and performs. This guide helps you pick the right material quickly.
Quick Material Comparison
Not sure? Tell us what the part must do (fit, heat, flexibility) and we'll recommend the right material.
Material Categories Explained
Standard FDM Materials
Most common and cost-effective FDM materials
PLA: Biodegradable, easy to print, good for visual models and low-stress parts.
PETG: Good durability, strong, food-safe options available.
ABS: Strong, durable, heat resistant up to $80^\circ C$, great for automotive parts
Specialty FDM Materials
Materials optimized for special applications
TPU: Flexible like rubber, perfect for gaskets, phone cases, and grips.
Nylon: High strength and durable, great for mechanical parts and gears.
Carbon Fiber: Lightweight and extremely strong, aerospace-grade performance.
SLA Resins
Superior detail resins for precision applications
Standard Resin: Smooth finish, great detail, perfect for visual prototypes.
Tough Resin: High impact resistant, good for functional testing.
Clear Resin: Transparent parts, light guides and optical applications
How to Choose the Right Material
Ask Yourself These Questions
- Will the part be handled or tested repeatedly?
- Does it need to be flexible or rigid?
- Will it be exposed to heat or chemicals?
- How important is surface smoothness?
- Are you making fine details or small features?
- Is this for visual presentation or functional use?
Quick Decision Guide
- Visual model only: PLA or Standard Resin
- Functional testing: ABS, PETG, or Tough Resin
- Fine details/smooth: SLA Standard or Tough Resin
- Flexible parts: TPU
- Heat resistance: ABS or Nylon
- Chemical resistance: PETG
Ready to Choose Your Material?
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