

Ceramic 3D Printing System Based on ‘Droplet-on-Demand’ Process for Development of Customised Dental Restoration Parts and Investment Casting Patterns: An Overview
Abstract
Our paper proposes a novel and innovative approach to the production of biocompatible ceramic parts for healthcare applications, utilizing binder jetting technology that has not been extensively explored in this field. The proposed system offers customization and design flexibility, enabling the production of parts that are tailored to the specific needs of patients, which has the potential to significantly improve patient outcomes and quality of life. The proposed system has the potential to significantly reduce the cost of producing biocompatible ceramic parts, making it an attractive solution for the healthcare industry that is seeking cost-effective manufacturing methods for medical devices and implants. However, if you are referring to the proposed paper on the development of a ceramic 3D printing system based on binder jetting technology for healthcare applications, it is important to note that the paper is a proposed research and development endeavour. While similar concepts and technologies have been tested and utilized in other fields, the proposed system and its optimization for healthcare applications have not yet been fully realized or tested. The paper aims to fill this gap and conduct thorough testing and evaluation of the proposed system to determine its feasibility and effectiveness in producing biocompatible ceramic parts for medical devices and implants.
Cite as:Sagar K. G. (2024). Ceramic 3D Printing System Based on 'Droplet-on-Demand' Process for Development of Customised Dental Restoration Parts and Investment Casting Patterns: An Overview. Advancement in Mechanical Engineering and Technology, 7(2), 27–34.
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