To cut a lamination body where no interlayer release is generated and a stimulable phosphor plate by applying a cutting blade from a layer with a small modulus of elasticity.
By applying a cutting blade 12 from a plastic film 2 with a smaller modulus of elasticity, a plastic film 2 with a smaller modulus of elasticity presses a stimulable phosphor layer 3 having a large modulus of elasticity and is deflected, thus preventing interlayer release from occurring between the plastic film 2 and the stimulable phosphor layer 3. Also, by setting a blade surface at the side of a product P of the cutting blade 12 to be 90°±5° against the stimulable phosphor plate 1, namely nearly vertically, tensile/compression stress being generated in the stimulable phosphor plate 1 at the side of the product P becomes small and the deformation of the stimulable phosphor layer 3 becomes small, thus preventing the stimulable phosphor layer 3 from being cracked and released.
MURAYAMA MASAAKI
HONDA SATORU
SHOJI TAKEHIKO
