  By using local central Yukawa-type interactions that reproduce the low-energy
parameters of the latest updates of the Nijmegen ESC08c potentials we show that
the $N\Xi$, $NN\Xi$, $N\Xi\Xi$ and $NN\Xi\Xi$ systems with maximal isospin are
bound. Since in these states the strong decay $N\Xi\to\Lambda\Lambda$ is
forbidden by isospin conservation, these strange few-body systems will be
stable under the strong interaction. These results may suggest that other
states with different number of $N$'s and $\Xi$'s in the maximal isospin
channel could also be bound.
