Services
Each service stands alone, and they connect: concept to CAD, CAD to prototype, prototype to production.
Where does your project enter?
Material options, manufacturing methods, cost drivers, and honest feasibility, before any file is opened.
Filter by class and rank by the property your part needs. Ratings are relative within our FDM catalog, not a datasheet.
Max service temp: ~55 °C
Best for
Prototypes, visual models, low-stress fixtures
Stiff, dimensionally accurate, and economical. Softens at low temperature: not for outdoor or load-bearing use.
Max service temp: ~75 °C
Best for
Functional parts, enclosures, light outdoor use
Tougher than PLA with better temperature and moisture resistance. The default choice for general functional parts.
Max service temp: ~95 °C
Best for
Outdoor components, automotive, UV-exposed parts
UV-stable ABS alternative. Holds color and mechanical properties outdoors where other polymers chalk and crack.
Max service temp: ~90 °C
Best for
Impact-resistant housings, machinable parts
Classic engineering thermoplastic. Good impact strength; can be post-machined, sanded, and vapor-smoothed.
Max service temp: ~80 °C
Best for
Gaskets, grips, dampers, protective covers
Flexible polyurethane (typically 95A). Excellent abrasion resistance and rebound; complex geometries need design review.
Max service temp: ~120 °C
Best for
Gears, hinges, wear surfaces, structural parts
High strength and fatigue resistance with a low-friction surface. Absorbs moisture; annealing and sealing available.
Max service temp: ~140 °C
Best for
Stiff structural parts, brackets, drone and robotics frames
Chopped carbon fiber in a PA matrix. Near-aluminum stiffness-to-weight for many bracket applications at a fraction of the cost.
Need a material that isn't listed? We source engineering polymers for specific requirements. Ask in your quote request.
Next step
Describe the problem and we'll tell you the shortest path to a manufactured result. That conversation is free.