UltiMaker PET CF Expansion Kit

 

The complete composite printing solution

The PET CF Expansion Kit includes everything you need to start printing high-performance parts on an UltiMaker S series printer so that you can get the full power of carbon fiber composite parts, combined with the seamless workflow and ease of use of the UltiMaker platform.

 

Contents

• 2x PET CF Black spools
• PET CF Blue spool
• PET CF Grey spool
• CC 06 printcore for part durability and faster printing
• CC 04 printcore for detailed parts
• Free Ultimaker Cura software with optimized PET CF annealing slicing features

 

PET CF material

​Use UltiMaker PET CF to create high-performance applications, from functional prototypes to manufacturing aids and replacement parts. UltiMaker PET CF comes in multiple colors, is easy-to-use, and is versatile. Making it the perfect choice for composite printing on UltiMaker S series printers for a wide range of applications.

 

Ease of use

UltiMaker PET CF is the first composite material that has been specifically made to work perfectly with UltiMaker S series printers. As a result, the users can look forward to a seamless experience that makes use of NFC material recognition, a dedicated CC print core, support material compatibility, and professionally tuned intent profiles. All of this, combined with the low moisture sensitivity of PET CF, makes for an easy and reliable printing process for high-performance composite applications.

 

Excellent mechanical performance

Leverage the remarkable capabilities of UltiMaker PET CF to create high-performance functional parts that can meet a variety of needs and applications.

 

Versatility

Experience unprecedented versatility with Ultimaker PET CF. Its outstanding mechanical properties and resistance to chemicals and heat make it ideal for high-performance applications.

 

Can be annealed for even higher performance

The annealing process will increase the temperature resistance of your parts from 80 °C to a phenomenal 181 °C, as well as increasing their strength by 30% and stiffness by 10%.