The invention relates to a device for non-classical state teleportation between continuous variable quantum storage nodes to mainly solve the technical problem of probability teleportation between existing variable separation atom ensembles.According to the technical scheme to solve the technical problem, the device for non-classical state teleportation between continuous variable quantum storage nodes comprises three light source units, a beam coupling system, a first atom ensemble, a second atom ensemble, an entanglement measuring system and a feedback unit; the beam coupling system is composed of six Glan-Thompson prisms and an optical beam splitter, and the entanglement measuring system is composed of three balance homodyne detection systems and a storable digital oscilloscope.According to the device for non-classical state teleportation between continuous variable quantum storage nodes, non-classical state determinacy storage in the atom ensembles is achieved through the electromagnetically-induced transparency process, and meanwhile the non-classical state of the continuous variable atom ensembles is subjected to determinacy teleportation through the continuous variable light and atom ensemble entanglement generated in the spontaneous raman scattering process.