Optimization of Tablet Press Components

Abstract

The preferred drug delivery system today is represented by tablets, which are manufactured using high speed rotary presses where the powder material is compressed in a die between rigid punches. The body and middle plate of the rotary tablet press contribute largely in overall weight of the machine. Hence, it is felt that these components can be optimized for reduction in weight under the most severe operational load conditions. The topology optimization of the said components is carried out with limiting deflection as the constraint and keeping comparable machine structure accuracy.