The photo-production of J/Ψ-3 He bound state ([ 3 He] J/Ψ ) on a 4 He target has been investigated using the impulse approximation. The calculations have been performed using several γ + N → J/Ψ + N models based on the Pomeron-exchange and accounting for the pion-exchange mechanism at low energies. The J/Ψ wavefunctions in [ 3 He] J/Ψ are generated from various J/Ψ-nucleus potentials which are constructed by either using a procedure based on the Pomeron-quark coupling mechanism or folding a J/Ψ-N potential (v J/Ψ,N ) into the nuclear densities. We consider v J/Ψ,N derived from the effective field theory approach, Lattice QCD, and Pomeron-quark coupling mechanism. The upper bound of the predicted total cross sections is about 0.1 − 0.3 pico-barn. We also consider the possibility of photo-production of a six quark-J/Ψ bound state (