The coercivity of NiFe (80/20) films can be lowered by laminating several layers with nonmagnetic spacers. A reduction by a factor of 10 can be achieved with a simple bi‐layer, regardless of spacer material, provided the spacer thickness is below a critical value. No further reduction is found for multilayers. Two peaks of Hcnear thicknesses of 250A˚ and 1000A˚ for single layer films, associated with changes in domain structure, are suppressed by lamination. After a minimum spacer thickness (S) of 10–15A˚, the domain walls in the separate layers no longer coincide but track closely, their separation depending on S. With S?100A˚ the layers switch independently, giving rise to multiple values of Hc.