The invention discloses a novel macromolecule veneer bamboo polywood. The novel macromolecule veneer bamboo polywood is formed by pressing bamboo mixed adhesives. The novel macromolecule veneer bamboo polywood comprises an upper plastic board, a lower plastic board and a wood layer located between the plastic boards and thermally molten with the plastic boards. The plastic boards include the upper plastic board and the lower plastic boards. The wood layer is formed by sequentially arranging bamboo chips in a criss-cross mode and pressing the bamboo chips through fixed adhesives; a padding area is formed in a gap with the size being 0.5-5 mm arranged at the contact position between the two bamboo chips, and the filling area is filled with a transverse overflow adhesive layer. According to the novel macromolecule veneer bamboo polywood, the density and mechanical strength are uniform, no separation layer appears, the structure is firm, the shear strength is high, the surface is smooth and not prone to water seepage, and the service life is greatly prolonged.