This paper presents a study of glass ceramic laser machining for cooktop appliances. Blind holes and special shape cross section blind holes can be created for functional purposes. A Q-switched Nd:YAG laser at its fundamental wavelength of 1064 nm with pulsewidths in the nanosecond range has been used. The material can be machined by focusing the laser beam at different depths under the back side of the glass panel, in such a way that blind holes of 2-6 mm diameter and 1-3 mm depth can be drilled. Several cross section shapes can be obtained using additional galvanometric mirrors to deflect the laser beam in the desired direction, controlling the incidence angle. These holes can be used for fastening directly components to the glass panel, avoiding gluing processes, or for approaching thermal sensors to the upper surface, controlling the work temperature in a better way. Several tests have been performed to check the modifications in glass ceramic mechanical properties. Thermal tests have verified the improvement in work temperature accuracy measurement.