Material Selection

3D Printing Materials

The right material depends on temperature, chemicals, impact, flexibility, UV exposure, wear, and the intended load.

PLA

Clean appearance and good stiffness for models, displays, light-duty organizers, and indoor applications.

Best for
Visual parts and light-duty use
Considerations
Lower heat resistance

PETG

Durable and versatile with useful chemical and moisture resistance for many functional parts.

Best for
Brackets, holders, guards
Considerations
Moderate heat resistance

ABS

Tough material with better temperature resistance for enclosures, machine accessories, and shop parts.

Best for
Functional indoor components
Considerations
Can be affected by UV outdoors

ASA

Similar to ABS with improved UV and weather resistance for outdoor or sun-exposed applications.

Best for
Outdoor parts and equipment
Considerations
Application review recommended

TPU

Flexible material for bumpers, pads, grips, seals, protective covers, and vibration-damping parts.

Best for
Flexible and impact-absorbing parts
Considerations
Flexibility varies by grade

Nylon & Reinforced Blends

Engineering-grade options for wear, strength, stiffness, and demanding functional applications.

Best for
Higher-demand industrial parts
Considerations
Conditions must be reviewed carefully

Not sure which material you need?

Include the anticipated temperature, load, chemicals, pressure, outdoor exposure, and safety requirements in your quote request.