Thermoplastic
FDM
Fused Deposition Modeling delivers rapid prototyping with robust thermoplastics. Ideal for jigs, fixtures, and durable end-use parts.
- Tolerance
- ±0.15mm
- Max Volume
- 600³ mm
Materials built to perform.
Engineering-grade filaments, resins, and composite matrices, each rigorously tested for extreme performance.
FDM±0.15mm
Additive technologies
Three processes, endless parts.
Each technology is matched to the mechanical, thermal, and surface demands of your application.
Photopolymer
SLA
Stereolithography delivers exceptional surface finish and isotropic properties. Perfect for complex geometries and intricate visual prototypes.
- Tolerance
- ±0.05mm
- Min Feature
- 0.10mm
Composite
CFR
Continuous Fiber Reinforcement embeds strands of carbon fiber, Kevlar, or fiberglass into parts, achieving aluminum-level strength.
- Tensile Strength
- 800 MPa
- Heat Deflection
- 145°C
Performance matrix
Material performance, compared.
Standard PLA
- Tensile
- 35 MPa
- Heat
- 55°C
- Impact
- Low
- Use Case
- Visual Prototypes
Tough PETG
- Tensile
- 50 MPa
- Heat
- 80°C
- Impact
- Medium
- Use Case
- Mechanical Parts
Industrial ABS
- Tensile
- 40 MPa
- Heat
- 105°C
- Impact
- High
- Use Case
- Automotive Housings
Engineering Nylon PA12
- Tensile
- 48 MPa
- Heat
- 120°C
- Impact
- Very High
- Use Case
- Gears, Living Hinges
Onyx (Nylon + Micro CF)
- Tensile
- 36 MPa
- Heat
- 145°C
- Impact
- High
- Use Case
- Jigs & Fixtures
Not sure which material fits?
Request a sample kit and our engineers will help you match the right material to your part.