FDM is a popular and cost-effective 3D printing method that involves melting a thermoplastic filament and extruding it layer by layer to create a 3D object. FDM is widely used due to its simplicity, low cost, and versatility - suitable for functional prototypes, jigs, and low-cost parts.
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Features
Applications
Tough and durable
Heat and impact resistant
Requires a heated bed to print
Requires ventilation
Functional prototypes
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Strong, durable, and lightweight
Tough and partially flexible
Heat and impact resistant
Very complex to print on FDM
Functional prototypes
Wear resistant parts
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Compatible with lower printing temperatures for faster production
Humidity and chemical resistant
High transparency
Can be food safe
Waterproof applications
Snap-fit components
The easiest FDM materials to print
Rigid, strong, but brittle
Less resistant to heat and chemicals
Biodegradable
Odorless
Concept models
Looks-like prototypes
The easiest FDM materials to print
Rigid, strong, but brittle
Less resistant to heat and chemicals
Biodegradable
Odorless
Concept models
Looks-like prototypes
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Soluble support material
Dissolves in water
Support material
Flexible and stretchable
Impact resistant
Excellent vibration dampening
Flexible prototypes
Flexible and stretchable
Impact resistant
Excellent vibration dampening
Flexible prototypes
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See all materials
Provides a lightweight structure, ideal for non-load bearing prototypes and models. This is the least expensive infill option.
Balances strength and material use, suitable for functional parts requiring moderate durability.
Delivers great strength and rigidity for parts subject to high stress or heavy loads.
Layer height refers to the thickness of each individual layer in a 3D print. Thinner layers produce smoother, more detailed prints but take longer. Thicker layers print faster but result in a rougher surface with less detail. Choosing the right layer height depends on the part’s required balance between quality and production time.
Optimized for fast printing, perfect for large parts or early-stage prototypes where speed is critical.
Balanced between detail and speed, ideal for most functional prototypes and models.
For high-resolution prints with excellent surface finish and intricate details.
This is the raw finish right off the printer, with visible layer lines. It's ideal for prototypes and functional parts where aesthetics is not a priority. Supports are removed.
A layer of epoxy is applied to smooth and strengthen the print. This provides a glossy, durable finish and is great for parts that need to be waterproof or stronger.
Tailor your FDM 3D-printed parts with a finish that meets your needs. Specify your preferred finish, such as sanding for a smooth surface, sealing for durability, or assembly and joining for multi-part projects.
Put your parts into production today
All uploads are secure and confidential
