Material options evaluated for selected brackets, housings and end-effectors.
Robotics & Automation Prototypes
Fibre-reinforced and flexible materials can be reviewed for selected robotics parts. ESD, wear, stiffness and safety requirements need application-specific validation.
Key Requirements
- Brackets and housings
- Gripper concepts
- Flexible components
- Application validation
How It Works
- Step 1 — Identify your application and key constraints (heat, chemical, UV, flexibility, budget).
- Step 2 — Filter materials in the database or ask the AI assistant for ranked matches.
- Step 3 — Compare top 3 matches side by side and review the reasons for each.
- Step 4 — Request a quote or up to 3 sample spools to test on your printers.
Recommended Materials (5)
Compare All →
TPU
TPU 95A
Tensile Strength 38 MPa Print Temp ≤230°C Flexibility Flexible
View Specs →
PA (Nylon)
PA-CF Nylon
Tensile Strength 85 MPa Print Temp ≤290°C Flexibility Rigid
View Specs →
PC
PC Standard
Tensile Strength 62 MPa Print Temp ≤300°C Flexibility Rigid
View Specs →
TPU
TPU 85A
Tensile Strength 30 MPa Print Temp ≤230°C Flexibility Highly flexible
View Specs →
TPC
TPC
Tensile Strength 35 MPa Print Temp ≤250°C Flexibility Flexible
View Specs →
Decision Flow
1
Identify application
→
2
Filter materials
→
3
Compare top matches
→
4
Request quote or sample