The invention discloses fully-automatic grinding equipment. The fully-automatic grinding equipment comprises a traction device, a grinding device and a water suction device. The traction device is arranged at the front end of the grinding equipment; and the grinding device and the water suction device are arranged at the bottom of the grinding equipment in a matched manner. The grinding equipment further comprises an integrated linkage device, wherein the integrated linkage device is used for driving the traction device, the grinding device and the water suction device to integrally work in a matched manner after receiving a control instruction, so that the grinding equipment is capable of fully automatically moving and grinding stones and cleaning waste chips generated during a grinding process. The grinding equipment disclosed by the invention is capable of increasing the working efficiency, saving the cost, and reducing the harm of dust in an environment to an operator during working.