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ePaper created 2018-03-23, 14:32:14 | version 1.38.0
27Dental Tribune Middle East & Africa Edition | July - August 2014 NEWS < Page 22 > Page 28 may be used for this purpose, for example free forming, vir- tual wax knife, scaling, turning and shifting of teeth. Interferences remaining after the construction will be displayed by the software and automatically removed in con- sideration of both static as well as dynamic factors (by means of the virtual KaVo PROTAR Evo 5B) including the previously identified motion tracks. This allows for a drastic reduction or even the complete omission of subsequent follow-up work in the mouth of the patient for the practitioner. Not only does this facilitate time and cost savings, the danger of chipping may be reduced as well (Figure 12, 13). The following colour illus- Figure 14 Figure 16 Figure 15 Figure 17 Figure 10 Figure 11 Figure 12 Figure 13 tration shows the occlusal pat- tern after dynamic adjustment (Figure 14). In the image, one can clearly recognize the deviations (color markings) between the static and dynamic structure and the adjustment of interferences in the chewing relief. The dynamic adjustment may be displayed over the static one as wire netting. Any in- terferences to be expected are clearly recognizable (Figure 15). After the dynamic adjustment, the finalized VITA ENAMIC crowns may be displayed in the KaVo multiCAD module TruS- mile in a photo-realistic man- ner (Figure 16, 17). Preparation for manufacture in the KaVo CSS: 60 seconds The next steps for the comple- tion of the dentures are per- formed in the KaVo CSS soft- ware, which is a job, material, tool and machinery manage- ment software by KaVo. First, the manufacturing method is defined. This means that the user has the oppor- tunity to send the produced,