Making a tea glass holder for an existing glass. 
My glass was tiny, so I developed a concept which made it possible to hold it by sticking only one finger through the handle.
3D print
3D print
Fabricating the fitting tea pot. Model was done in Rhino.
finished 3D-model (tea pot)
finished 3D-model (tea pot)
finished 3D-model (mold)
finished 3D-model (mold)
Building the mold.
 I had the idea to place the teapot diagonally in the mold to achieve a diagonal layering of the porcellain, which supports the design. Then used the laser cutter to cut cardboard into pieces of the sliced mold model and assembled the pieces after cutting. 
The next step was pouring the porcellain.
laser cutting process
laser cutting process
assembly of the mold
assembly of the mold
both molds
both molds
mounted mold
mounted mold
cast in porcelain
cast in porcelain
Casting process.
Spinning the mold with the porcellain continously for half an hour before emptying the excess. In the drying process the remaining outer porcellain layers solidified, as the cardboard absorbed the water. The last step was to strip the formwork after it dried for some days.
The first result after stripping the formwork.
Interim result after firing the teapot for the first time.
Finished result after glazing and firing the teapot for the second time.

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