PLA
Easy-to-print, rigid plastic with a clean surface finish. Ideal for visual prototypes and models where mechanical stress is low.
- Visual prototypes
- Models and displays
- Low-stress fixtures
From fast prototyping plastics to production-grade metal, we route every upload to the right process automatically. Explore what each technology and material is best at below.
Fused deposition modeling. The fastest and most affordable way to get a part in your hands — great for prototypes, jigs and everyday functional parts.
PLA
Easy-to-print, rigid plastic with a clean surface finish. Ideal for visual prototypes and models where mechanical stress is low.
PETG
Tougher and more temperature-resistant than PLA, with good layer adhesion. A solid everyday workhorse material.
ABS
Impact-resistant engineering plastic with higher heat resistance, commonly used for parts that need to withstand daily wear.
ASA
UV-stable alternative to ABS, holding color and mechanical properties under sustained outdoor exposure.
TPU (flexible)
Flexible, rubber-like filament with high abrasion resistance, for parts that need to bend, flex or absorb impact.
Nylon
Strong, wear-resistant engineering plastic with good fatigue resistance for demanding mechanical parts.
High-resolution stereolithography for fine detail and smooth surfaces — ideal wherever surface finish and accuracy matter most.
Standard Resin
Smooth, highly detailed finish for visual models and presentation parts.
Tough Resin
Engineering resin formulated for higher impact and flex resistance than standard resin.
Clear Resin
Transparent resin that can be polished for optical clarity, showing internal features and light transmission.
Castable Resin
Burns out cleanly for investment casting, holding fine surface detail through the casting process.
High-Temp Resin
Elevated heat-deflection temperature for parts exposed to hot air, hot fluids or thermal cycling.
Powder-bed nylon printing with no support structures, unlocking complex geometry and durable, functional parts straight off the printer.
PA12
Industry-standard nylon powder with excellent mechanical properties and a consistent, slightly grainy finish.
PA12 Glass-filled
Glass-reinforced nylon for added stiffness and dimensional stability under load.
DMLS/SLM metal printing for production-grade, load-bearing components where plastic is not enough.
Stainless Steel
Corrosion-resistant metal with strong mechanical properties, suitable for functional end-use parts.
Aluminum
Lightweight metal alloy with a strong strength-to-weight ratio, well suited to structural and aerospace-adjacent parts.
Titanium
High-strength, low-density metal with excellent corrosion resistance for the most demanding applications.