A crimping rigging made of compacted wire ropes and having high bearing capacity comprises a wire rope and a crimping rope sling which employs a steel sleeved infinite ring. The wire rope used by the rigging is a crimping rope sling and comprises a central stand, inner strands, a filling strand and outer strands. Steel wires of each strand are in surface contact, and the inner strands symmetrically wrap the central stand. The filling strand fills in the outer gap between two adjacent inner strands, and the outer strands symmetrically wrap in the most outer side of the wire rope. The crimping rigging is simple, reasonable and compact in structure, and the steel sleeve is made of 1Cr17Ni steel. The wire rope used by the rigging is in 1*7-4*19S/4*7-8*26WS structure, and the steel wire of the crimping rope sling has a strength of 1960 MPA and a breaking force coefficient of 0.46. The strength of the rigging is the same with that of the steel wire and may not be affected by processing the rigging. The bearing capability of the rigging is 43 % higher than an ordinary compacting rigging, and the rigging does not rotate under non-loading state.