| abstract |
A foil having an opening is used to inexpensively individualize at least one component in which channel structures are formed that are at least partially open to a respective component surface of the at least one component to a respective one of a plurality of channel structure combinations. The manufacturing costs for the microfluidic devices can thus be kept low, since a plurality of such at least one component, which are identical to one another, can be used to produce different microfluidic devices which differ in the connection combination of the channel structures. |