Lithium silicate glass ceramic with controlled crystal phase composition enables efficient chairside machining of dental restorations.
Inverting the manufacturing sequence to build the enamel layer first preserves structural integrity, avoiding the weakening effects of post-production grinding.
A vertically displaced extraoral arch connects to a bite frame via a bipupillary linkage for angular measurement.
A zirconia sintered body with ultrafine particles and controlled crystal phase achieves high translucency and strength.