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Principles of Dispersing Powders for 3D Printing
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During the past 30 years, more and more 3D-printing techniques based on suspensions with specific rheological properties have been innovated and improved. In this review, principles of dispersing and controlling powders for suspension-based 3D printing are summarized. The suspensions for direct ink writing (DIW) are taken as an example for 3D printing. According to the rheological property requirement of suspensions for direct ink writing, the routes on how its rheological properties can be manipulated are summarized and classified into two categories: I. self-solidification route; II. assistant-solidification route. The perspective on the future of 3D-printing techniques based on suspensions is also discussed.
Title: Principles of Dispersing Powders for 3D Printing
Description:
During the past 30 years, more and more 3D-printing techniques based on suspensions with specific rheological properties have been innovated and improved.
In this review, principles of dispersing and controlling powders for suspension-based 3D printing are summarized.
The suspensions for direct ink writing (DIW) are taken as an example for 3D printing.
According to the rheological property requirement of suspensions for direct ink writing, the routes on how its rheological properties can be manipulated are summarized and classified into two categories: I.
self-solidification route; II.
assistant-solidification route.
The perspective on the future of 3D-printing techniques based on suspensions is also discussed.
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