The utility model discloses an anti-torsion ripple compensator which comprises a work joint pipe I. The anti-torsion ripple compensator is characterized in that the work joint pipe I is connected with a metal ripple pipe through a ripple pipe cushion ring. Two ends of the metal ripple pipe are respectively connected with the ripple pipe cushion ring and a cushion ring. Press ring sleeves are sleeved at two ends of the metal ripple pipe. A work joint pipe II forms a sealed space with the ripple pipe cushion ring. An outer protection hood is arranged above the metal ripple pipe. Two ends of the outer protection hood are respectively welded on a transitional ring plate II and a transitional ring plate I. The other end of the transitional ring plate II is welded with the work joint pipe II. The other end of the transitional ring plate I is welded with the ripple pipe cushion ring. A guide ring is installed in the work joint I and the guide ring, a cover plate and the ripple pipe cushion are welded together. A guide fixed block is welded on a wall of the work joint pipe I. The guide ring and the ripple pipe cushion ring are connected through the sealed cover plate. The anti-torsion ripple compensator has the advantages of being convenient to install, safe, reliable, long in service life and suitable for variation of pipe torsion and deformation environment.