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Due to the increasingly widespread use of light alloys, demand for their efficient and accurate processing increased. These materials are difficult to machine because of: filling the space between grains of treatment product, high energy of the grinding and difficulty of stabilizing the properties of the tool within the shelf life at an acceptable level for economic and technological reasons. Abrasive tools with innovative, adaptive structures and special micro-aggregates allow for more efficient grinding operations than conventional grinding and can be used for light metal alloys. This new solution provides significant technological advances through the wide variety of tool characteristics that vary depending on the material and process characteristics. In the processing of aluminum, magnesium and titanium alloys, new grinding wheels help to reduce the problems associated with the active surface of the grinding wheel, increase durability, reduce energy and improve machining stability. These tools also improve the grinding performance of other materials, such as high-strength steel and alloy steel. New abrasive tools will be useful in grinding operations many other materials such as composite materials [9], materials of high strength materials sensitive to heat, light alloys, new materials and mineral resin or plastic used for optics where the treatment is presently believed to be difficult to implement.

Methodology for select the properties of hybrid grinding wheels for the machining of light metal alloys