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Company profile
Creatz3D Ceramics is a specialized key division of Creatz3D, dedicated to the research and development of high-performance 3D-printing ceramic applications. Leveraging on decades of expertise in 3D-printing, Creatz3D Ceramics specializes in the designing of concept prototypes to batch manufacturing for a diverse range of materials like alumina, zirconia, aluminium nitride, and more.
By relying on our expertise, companies can avoid going down the tedious traditional route with ceramics 3D-printing, and achieve similar added value in the manufacturing chain where accuracy and repeatability are crucial. Combined with 3D printing technology, companies can now create new complex designs such as complex manifolds, honeycombs, micro-lattice structures and many more.
Contact us and challenge us with your needs regardless of whether it’s customized single component to serial production requirements.
Ownership
Management
Turnover
Number of employees total / R+D
Product development partnerships
customers, institutes, multidisciplinary
Project funding
Main components
Certificates
Market leadership
Special know-how
Design for Additive Manufacturing for Ceramics Parts
Project duration
Pilot run series
yes
Ceramic division(s)
Materials
User industries
additive manufacturing; automotive/ aviation/ space travel; electronics and sensors; fluid technology; high temperature applications; mechanical and chemical process engineering; medical technology; optics; photovoltaics; plasma treatment; R&D (universities/ institutes/ corporate); semiconductor processing equipment; technical ceramics
Production plants
Technical Center / Laboratory
Creatz3D Ceramics: The Ceramic Focused 3D-Printing Service Bureau in Singapore
The adoption of innovative technologies in Asia is generally conservative, with...
06/02/19