The invention discloses a carbon reinforced metal-ceramic composite material. The carbon reinforced metal-ceramic composite material is prepared from the following raw materials of, in percentage by weight, 5%-8% of carbon, 10%-15% of copper, 10%-18% of zinc, 20%-33% of titanium, 5%-8% of copper oxide, 18%-35% of calcium oxide and the balance of titanium dioxide. According to the material, the method and the application, a laser cladding technology is adopted, a layer of carbon-reinforced metal-ceramic composite coating is clad with a metal or alloy substrate, a high-heat environment is generated by rapid impact of laser to enable a part of oxide to be reduced into metal to further generate an alloy, and meanwhile, the alloy is combined with the ceramic component to generate the compositecoating; and the laser cladding coating and the substrate are in metallurgical bonding, the microscopic hardness of the coating is improved, the corrosion resistance and wear resistance are enhanced,meanwhile, the coating generation process is simple, the raw material utilization rate is high, pollution is avoided, and the carbon reinforced metal-ceramic composite material is suitable for being used as an corrosion resistance and wear resistant coating.