Aluminium is known to have lightweight, good corrosion sustainability and perfect abilities to be recycled. Combination of these benefits attracts engineers to apply aluminium more and more. Among main disadvantages of aluminium are low hardness and plasticity. Thislack ofstrength createslimitations for applying aluminum alloys in high loaded construction. There are known many techniquesfor providing strength propertiesfor aluminum parts, among which Laserimplantation is one of the most promising. Opportunity of building impact-proof surfaces on aluminum alloy parts was investigated in this article. To achieve processability for aluminum alloys, surfacing technicTiB2TiCMoSiO2 powder materials were used. Special rigging for IATS lever laser treatment was developed. Three impact protected aluminum alloys prototypes were produced.
