Micro 3D-fabrication of ceramic components using projection micro-stereolithography technique

Authors

  • Arun Christopher Thomas Karunya Institute of Technology and Sciences, Coimbatore, India
  • Harikrishna Satish Thota Central Manufacturing Technology Institute, Bangalore, India
  • Dipak Vasant Chaudhari College of Engineering, Pune, India

Keywords:

Projection Micro-stereolithography, MEMS, Ceramic Microfabrication

Abstract

The additive manufacturing of complex three-dimensional micro-structures has confounded researchers for decades. Compared with all additive manufacturing techniques projection micro-stereo lithography proves that it is the quick and reliable technique to fabricate three-dimensional microstructures in a layer by layer fashion in a bottom-up approach. This paper is mainly about fabricating a very complex and a 3D micro component made of ceramic nano-powders using projection micro-stereolithography technique. In order to get the pure ceramic component, the fabricated components are then subjected to de-binding and sintering processes. The fabricated components are supposed to have high mechanical or thermal characteristics for which the nano-indentation test and the porosity test are carried out, followed by the stereo-microscopic analysis for its dimensional accuracy.

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Published

01-10-2020

How to Cite

Thomas, A. C., Satish Thota, H., & Vasant Chaudhari, D. (2020). Micro 3D-fabrication of ceramic components using projection micro-stereolithography technique. Manufacturing Technology Today, 19(10), 13–19. Retrieved from https://mtt.cmti.res.in/index.php/journal/article/view/108