Plastic injection moulding for electrical and electronics
Looking for a plastic injection moulding subcontractor to overmould inserts in your electronic housings or components?
Cemiplast produces plastic components for microelectronics and electrical engineering in Switzerland, in particular through insert overmoulding and multi-material parts.
Plastic injection moulding for electronics: insert overmoulding and multi-material parts
Cemiplast’s core specialities in multi-shot parts and insert overmoulding meet the needs of housings, connectors and components. These parts integrate metal or electronic elements directly into the plastic part.
Precision requirements transferred to plastic injection moulding for electronics
The expertise Cemiplast has built in medical micro injection moulding, where tolerances are particularly tight, transfers directly to components for microelectronics. The company also sees this field as strategic.
Two-component or multi-material moulding makes it possible to combine a structural function and an insulating or sealing function in a single part. This is a frequent need for electrical and electronic housings.
Plastic injection moulding processes for electronics
How we work with you
They trust us
Microelectronics companies trust Cemiplast for their overmoulded plastic components.
Frequently asked questions about plastic injection moulding for electronics
Cemiplast produces plastic components for microelectronics in Switzerland, with expertise in insert overmoulding and multi-material parts.
Yes. Insert overmoulding is one of Cemiplast’s core specialities, used in particular for electrical and electronic components.
Yes. It makes it possible to combine a structural function and an insulating or sealing function in one part. This is useful for electrical and electronic housings.
In medical micro injection moulding, tolerances are particularly tight. This precision requirement transfers directly to components for microelectronics.
Yes. Thanks to an agile organisation, Cemiplast produces both small on-demand series and large, highly repeatable series.


