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This Concept Map, created with IHMC CmapTools, has information related to: elijah part copy - Metal Coping Design, metal because glazed porcelain removes 40 times as much opposing tooth structure, metal well away from Porcelain-Metal Junction Line, placed on porcelain this is facilitated during tooth preparation, Porcelain-Metal Junction Line is not placed too close to the incisal edge, Porcelain-Metal Junction Line is Placed 1.0 mm from occlusal contacts at the position of maximal intercuspation, Occlusal Contacts occur on metal, not placed too close to the incisal edge so that incisal translucency will not be destroyed, facilitated during tooth preparation via adequate reduction of interproximal areas, unveneered metal surfaces because location and area covered by ceramic can be more precisely controlled, placed on porcelain are Proximal Contacts, Placement of ???? Proximal Contacts, not placed too close to the incisal edge so that Chances of porcelain fracture will be decreased, unveneered metal surfaces because there is less resultant wear on opposing teeth as compared to dental porcelain, Porcelain-Metal Junction Line because Contact near the junction can lead to metal flow and subsequent porcelain fracture, Occlusal Contacts placed on unveneered metal surfaces, Proximal Contacts to have improved cosmetic effects, Placement of ???? Occlusal Contacts, Porcelain-Metal Junction Line is not placed in the vicinity of those contacts with the mandibular teeth, not placed in the vicinity of those contacts with the mandibular teeth to minimize stress resulting from occlusal contacts on the palatal surface of maxillary anterior restorations.