General-purpose polymers
PLA, PETG, and related options for prototypes, visual models, fixtures, and moderate-duty parts.
Materials & Capabilities
The material is part of the engineering decision
Material selection begins with temperature, chemicals, loading, finish, dimensional needs, and expected service life.
Engineering nylons
PA-based materials for toughness, wear resistance, impact performance, and demanding functional components.
Fibre-reinforced polymers
Carbon- and glass-fibre formulations for stiffness, dimensional stability, temperature performance, and specialized use.
High-temperature polymers
Application-dependent options for elevated temperatures and industrial environments where commodity plastics are insufficient.
Flexible materials
TPU options for protective, compliant, gripping, cushioning, and semi-rigid components.
Engineering resins
Clear, high-detail, durable, and application-specific resins for prototypes, demonstrations, and compact precision parts.
Capability does not replace application data
Published material properties are a starting point. Geometry, print orientation, wall structure, moisture conditioning, clamping, chemicals, and actual operating conditions can all change performance. Recommendations are made with those limits stated clearly.
Helpful information to include
- Target quantity and required timeline
- Operating temperature and chemical exposure
- Loads, impact, wear, or pressure considerations
- Mating parts, clearances, and critical dimensions
- Appearance, transparency, or surface requirements
Have a part or application in mind?
Send the model, quantity, operating conditions, and timeline. We will review the requirements and recommend a practical next step.