In this study, the impact of different tool geometries on the limiting drawing ratio (LDR) in
micro deep drawing was investigated. Experimental micro deep drawing tests to determine …

Although deep drawing process in the macro scale are well developed, the known concepts
cannot be applied to micro deep drawing through directly scale down the specimen and …

Micro forming processes are very well suited for manufacturing of small metal parts in large
quantities and micro deep drawing provides a great application potential for the …

In this study, the impact of tool geometry variations on the punch force in micro deep drawing
of rectangular parts was investigated. In contrast to deep drawing of rotationally symmetrical …

Micro deep drawing becomes a more and more industrial relevant process. But due to size
effects new challenges are involved in this process compared to macro deep drawing. The …

Micro forming is an appropriate technology to manufacture very small metal parts, in
particular for bulk production, as they are required in many industrial products resulting from …

The miniaturization of sheet deep drawing is one possible solution for the production of
metallic microparts. However, when reducing the product size to dimensions around 1 mm …

Due to size effects new challenges are involved in micro deep drawing compared to macro
deep drawing. One of these challenges is that the limit drawing ratio in micro deep drawing …

With the increasing trend towards miniaturization and the enhanced demand for small
components, reliable processes for mass production are needed. Today the deep drawing …

As a result of the remarkable demands on electronic and other portable compact devices,
the need to produce various miniaturized parts, particularly those made from metallic sheet …