Fused Deposition Modeling (FDM)
Overview
Fused Deposition Modeling uses melted thermoplastic filament, layered precisely to form durable and cost-effective parts. It’s great for functional prototypes, mechanical components, and quick-turn designs. With the addition of Carbon Fiber filled filaments, FDM parts gain added stiffness, strength, and heat resistance for demanding applications.
Applications
Prototyping & Visualization
Validate designs before machining
Fixtures & Work Aids
Jigs, inspection stands, assembly aids
Tool & Shop Organization
Custom holders, shadow boards, storage trays
Protective Covers
Chip guards, dust caps, and enclosures
Capabilities
Dimension Accuracy
As good as +/- .005 in
Build Volume
10 x 10 x 10 in
Measurement Verification
Micrometers, calipers, depth mics, and more to verify conformance
Fast Turnaround Time
24-48 hr typical lead time
Materials
PLA Tough +
Fast, low-cost prototypes and shop aids
PETG
Durable jigs, fixtures, and covers
ABS/ASA
Higher-temp, impact-resistant parts
TPU
Flexible/elastic, vibration damping and protective covers for parts
PC/PA
Lightweight, tough prototypes and gages
CF-Filled Options
For high stress applications and exceptional rigidity
Questions?
Frequently asked questions
Here are some common questions about our FDM Printing services.
FDM printing supports a wide range of thermoplastics such as PLA, PETG, ABS, and carbon fiber–filled filaments, each offering different balances of strength, flexibility, and heat resistance.
FDM parts are durable and functional, especially when printed with engineering-grade or fiber-reinforced filaments. While layer lines can slightly reduce strength between layers, proper settings and materials yield highly robust components.
FDM parts typically have visible layer lines and a matte or slightly textured surface, but sanding, smoothing, or coating can produce a refined, professional finish.
Ready to start your next project?
Let’s bring your design to life — Contact us today for a free quote or to discuss your ideas.