The continuous improvement in adhesive technologies has allowed the development of diverse, minimally invasive treatment alternatives. In the anterior region, several causes can lead to the need for restoration, including decay; structurally compromised teeth due to fractures and trauma; morphological corrections (e.g., diastema and conoid teeth), or misaligned teeth [1,2]. Restorative approaches in the anterior region range from minimal intervention using direct resin composites to more invasive procedures using indirect laminate veneers or full crowns [3][4][5][6].Current trends in dentistry seek the maximum preservation of sound tooth structures [7]. Full crowns depart from these conservative principles, since they require the removal of a considerable amount of healthy tissue, including most of the remnant enamel, from the tooth preparation surface in dentin [8]. Accordingly, 63% to 72% by weight of coronal structure can be lost when preparing an anterior tooth for a crown. This increases the risk of pulp exposure, thus compromising vitality and biomechanical integrity [9].Ceramic laminate veneers are a minimally invasive treatment that has been extensively used in the anterior region because of its esthetic advantages and long-term success [10][11][12][13][14][15]. Conventional ceramic veneers require a minimum reduction of 0.3 to 0.5 mm, to achieve sufficient thickness for ceramic restoration [16,17]. However, a larger enamel reduction may be needed depending on esthetic requirements. For instance, a 0.8 to 1.2 mm preparation is needed in darkened teeth to obtain the correct color integration of the ceramic restoration [18,19].