3d Printing Porcelain- Vases

Over the course of a week, we were introduced to the fundamentals of Blender and developed the skills necessary to design forms suitable for 3D printing with porcelain. The module covered the basics of 3D rendering, as well as hands-on training in operating a 3D printer. We gained insight into previous case studies and projects to better understand the evolving dynamics of this advanced technology. Additionally, we learned how to prepare our models for printing by marking key points using slicing software like Ultimaker Cura, and became familiar with the technical requirements of the supporting hardware.

Highlights of the Project

Material Exploration

Gained an understanding of porcelain’s properties as a 3D printing medium, including its fluidity, drying behavior, and structural limitations during the printing process.

Software Proficiency

Acquired hands-on experience with Blender to design complex 3D models tailored for ceramic 3D printing, focusing on accuracy, wall thickness, and structural integrity.

Design Development

Selected a vase as the core design concept to explore both form and function.

Created two iterations:

The first prototype faced structural challenges and printing issues, providing valuable learning outcomes.

The second version addressed these issues with improved proportions, stability, and design considerations.

Integrated geometric shapes and surface textures to enhance both the aesthetic appeal and tactile quality of the final piece.

Final Outcome

Successfully 3D printed the refined porcelain vase, achieving a balance between form, material behavior, and visual expression.