This invention discloses a
sandwich panel shearing
machine with an anti-deviation mechanism. The invention relates to the field of
sandwich panel technology and includes a liquid collection shell and a protective shell fixedly mounted on its top. Guide mechanisms are installed on both sides of the inner wall of the protective shell. A shearing mechanism is installed in the inner cavity of the protective shell, with the shearing mechanism and guide mechanisms at the same height. A
water supply mechanism is installed on the outer surface of the protective shell, with the liquid outlet of the
water supply mechanism mounted on the shearing mechanism. This
sandwich panel shearing
machine with an anti-deviation mechanism uses the guide mechanism to laterally position the sandwich panel, preventing
lateral deviation during shearing. The shearing mechanism precisely clamps and synchronously shears the sandwich panel, solving problems such as
delamination and core material crushing caused by differences in mechanical properties between the upper and lower panels and the core material. The
water supply mechanism works in conjunction with the shearing mechanism to remove frictional and shearing heat, improving the
cut quality.