Advanced Ceramic Materials Launched by 3DCeram
Explore high-performance ceramic materials developed for photopolymer-based 3D printing systems on open platforms. From customizable ceramic suspensions to ready-to-print suspensions, CERA materials support research, industrial development, and advanced manufacturing applications.
CERA-Base
CERA-Base is a photopolymer binder system designed for creating custom ceramic suspensions with preferred ceramic powders. It enables material flexibility while maintaining strong dispersing performance and high photopolymerisation reactivity for advanced ceramic additive manufacturing applications.
Primary Applications :
- Research laboratories
- Universities
- Material development
- Industrial R&D projects
Key Facts :
- Photopolymer binder system for ceramic AM
- Supports custom ceramic suspensions
- High photopolymerisation reactivity
- Compatible with technical ceramic powders
- Compatible wavelengths 355 nm; 385 nm; 405 nm; 465 nm
Cera-Alumina
Cera-Alumina is a ready-to-print- ceramic suspension developed for open-platform Photopolymer 3D printing systems. Known for its strong mechanical performance, thermal conductivity, and electrical insulation properties, alumina is widely used in demanding industrial and technical applications.
Primary Applications:
- Electric insulators
- Laboratory devices
- Telecommunication equipment
- Electronic devices
- Foundry cores
- Optical instruments
- Spatial
Key Facts:
- Compatible wavelengths 355 nm; 385 nm; 405 nm; 465 nm
- Good mechanical strength
- Good thermal conductivity
- Good wear resistant
- High electrical resistivity
- High hardness
Cera-Zirconia
Cera-Zirconia is a ready-to-print ceramic suspension offering high strength, toughness, and excellent surface quality for advanced ceramic additive manufacturing. Its durability and precision make it suitable for technical applications requiring strong mechanical and thermal performance.
Primary Applications:
- Biomedical devices
- Biomedical implants
- Electronic equipment
- Technical prototypes
- Wear-resistant component
Key Facts:
- Compatible wavelengths 355 nm; 385 nm; 405 nm; 465 nm
- Excellent mechanical properties
- Chemical inertness
- High hardness
Have questions for us?
Fill up our contact form or drop us an email at info@creatz3d.com to speak to our team of expert.
