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Creatz3D Pte Ltd

Singapore,  Singapore 
Singapore
http://www.c3d-ceramics.com
  • Booth: B1725

Redefining Innovation with Advanced Ceramics

Overview

Creatz3D Ceramics is a specialized division dedicated to the production of high-performance 3D printing ceramic components used within the Semiconductor Process.

Common materials used includes Alumina, Zirconia and Aluminium Nitride.

With ceramics possessing certain unique characteristics not found elsewhere, it opens the door for the market to explore innovative new application possibilities or complement applications using other materials like polymers and metals.

By relying on the exceptional capabilities of ceramics - flatness of ± 50 microns and producing holes down to 150 microns, 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.

At SEMICON Southeast Asia 2025, visitors will get an introduction to the fascinating ceramic applications that we have been working on such as complex manifolds, sensors, honeycombs, and micro-lattice structures. From customized single lattice structure to large components, we have been designing and supplying new applications for industries like biomedical, defense, semiconductors, chemical processing, and aerospace.

Visit Creatz3D Ceramics at B1725.


  Products

  • Ceramic Components
    Advanced Ceramic Components used within the Semiconductor Manufacturing Process...

  • At Creatz3D Ceramics, we specialize in 3D printing advanced ceramic components tailored for semiconductor equipment. Utilizing materials like Alumina, Zirconia, and Aluminium Nitride, our parts excel in high-temperature resilience, wear resistance, and electrical insulation. Our additive manufacturing approach addresses challenges such as obsolete spare parts, lengthy lead times, and design limitations, enabling rapid production and design enhancements. Our components are integral to processes like etching and Chemical Vapor Deposition (CVD) chambers. For instance, we've collaborated with a top global semiconductor foundry to develop critical lifting pins for CVD chambers, achieving full production qualification. This partnership underscores the transformative potential of additive manufacturing in enhancing supply chain resilience and product performance.
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