The non-magnetic bimetallic driver for transmission electron microscopy includes three parts: nonmagnetic monometallic sheet, nonmagnetic bimetallic sheet and thermally conductive metal frame. It is characterized by a non-magnetic metal sheet with a small linear expansion coefficient and a non-magnetic The non-magnetic bimetallic sheet composed of magnetic metal sheets is fixed above the metal heat conduction frame, the non-magnetic single-metal sheet is located between the two non-magnetic bimetallic sheets, and the nano-material is located above the non-magnetic bimetallic sheet, which is placed in transmission After the electron microscope is heated, the non-magnetic bimetallic sheet deforms, driving the nano-materials to deform. The invention excludes the influence of the magnetic properties of the general bimetallic sheet on the imaging of the nanomaterial in the transmission electron microscope, and can conveniently and quickly obtain the information of the atomic scale of the nanomaterial.

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