The present paper continues the further application of machining techniques
in the ceramics industry with the aim of optimising company resources in n
ew competitive markets. The work is focused on plaster model and mould gene
ration by computer based geometric design, machine tool path creation, and
subsequent production through CNC machining using a robotic machining centr
e. Many constraints were identified related specifically to the machining o
f plaster used in the manufacture of ceramic ware. Because of the limited i
nformation, since most machining investigations have only considered metal
machining or fired ceramics, a large number of machining experiments were c
onducted. It is concluded that substantial advantages are gained through th
e use of this new approach for ceramic production processes, and the Subjec
ts for follow on research are defined.