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Micro 3d-fabrication Of Ceramic Components Using Projection Micro-stereolithography Technique


Affiliations
1 Karunya Institute of Technology and Sciences, Coimbatore, India
2 Central ManufacturingTechnology Institute, Bangalore, India
3 College of Engineering, Pune, India
     

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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.

Keywords

Projection Micro-stereolithography, MEMS, Ceramic Microfabrication.
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  • Micro 3d-fabrication Of Ceramic Components Using Projection Micro-stereolithography Technique

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Authors

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

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.

Keywords


Projection Micro-stereolithography, MEMS, Ceramic Microfabrication.