Stratasys PC 3D printer material
You can make strong parts from engineering thermoplastics
When creating polycarbonate (PC) parts, FDM technology allows engineers and designers to combine the speed and agility of 3D printing with the reliability of widely used thermoplastic industrial plastics.
Reliable FDM technology enables the production of robust PC parts in-house, giving automotive manufacturers, commercial equipment manufacturers, and other industries the agility to capture more market opportunities.
3D printing using thermoplastic PC
By combining PC and FDM technology, functional prototypes, tools and end-user parts can be produced from a familiar, durable, engineering material.
Its high tensile and flexural strength makes it an ideal choice for high-end prototypes, tools and fixtures, and samples for metalworking and composites.
Low-volume manufacturing and customization are possible, and testing increases manufacturing confidence.
Breakable or releasable supports are also available for PC.
Technical features
| Yield strength | PC | 60 MPa |
| Nylon12 | 50 MPa | |
| PC-ABS | 36 MPa |
Application areas
Prototyping
Concept models and prototypes for electrostatically sensitive applications
Toolmaking
Jigs, fixtures and manufacturing tools for electrostatically sensitive manufacturing, shipping and packaging applications
End-use parts manufacturing
Jigs, fixtures and manufacturing tools for electrostatically sensitive manufacturing, shipping and packaging applications
Compatible 3D printers
Downloadable documents
| document | language | format |
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English |
pdf |
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Hungarian |
pdf |
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English |
pdf |
