A mold release lubricant application equipment for glass bottle forming molds , comprising: a first application portion for applying a mold release lubricant (L1) to blank molds for glass bottle forming, a second application portion for applying the mold release lubricant (L2) to blow molds for the glass bottle forming, and an application control portion configured to operate the first application portion and the second application portion in association with each other; wherein the plurality of the blank molds are arranged independently along a predetermined arrangement direction (A1); the plurality of the blow molds are arranged independently along the arrangement direction (A1); the first application portion comprises a first lubricant application part for applying the mold release lubricant (L1), and a first transport mechanism for moving the first lubricant application part among the plurality of the blank molds along the arrangement direction (A1); characterised in that : the second application portion comprises a second lubricant application part for applying the mold release lubricant (L2), and a second transport mechanism for moving the second lubricant application part among the plurality of the blow molds along the arrangement direction (A1); a plurality of sections comprising the blank molds and the blow molds are formed along the arrangement direction (A1); and the application control portion is configured to execute an application operation, wherein at least one of the first application portion and the second application portion apply the mold release lubricant (L1, L2). a first application portion for applying a mold release lubricant (L1) to blank molds for glass bottle forming, a second application portion for applying the mold release lubricant (L2) to blow molds for the glass bottle forming, and an application control portion configured to operate the first application portion and the second application portion in association with each other; wherein the plurality of the blank molds are arranged independently along a predetermined arrangement direction (A1); the plurality of the blow molds are arranged independently along the arrangement direction (A1); the first application portion comprises a first lubricant application part for applying the mold release lubricant (L1), and a first transport mechanism for moving the first lubricant application part among the plurality of the blank molds along the arrangement direction (A1); characterised in that : the second application portion comprises a second lubricant application part for applying the mold release lubricant (L2), and a second transport mechanism for moving the second lubricant application part among the plurality of the blow molds along the arrangement direction (A1); a plurality of sections comprising the blank molds and the blow molds are formed along the arrangement direction (A1); and the application control portion is configured to execute an application operation, wherein at least one of the first application portion and the second application portion apply the mold release lubricant (L1, L2). the second application portion comprises a second lubricant application part for applying the mold release lubricant (L2), and a second transport mechanism for moving the second lubricant application part among the plurality of the blow molds along the arrangement direction (A1); a plurality of sections comprising the blank molds and the blow molds are formed along the arrangement direction (A1); and the application control portion is configured to execute an application operation, wherein at least one of the first application portion and the second application portion apply the mold release lubricant (L1, L2). <EOS>