- Start the desired section by clicking the image. - The new leucite metal-ceramic InLine IPS ® AlloysFramework DesignLayering DiagramProcessingCementationClinical CasesCommunicationIPS InLine

AlloysFramework DesignLayering DiagramProcessingCementationClinical CasesCommunicationIPS InLine 2 Fascinating dynamics of light Our eye perceives even the smallest play of light and colour. The constant interplay of light creates a lifelike appearance. Similar to natural teeth, materials that exhibit a lifelike distribution of fluorescence are required. Natural tooth in black light Volker Brosch, Essen (Germany)

AlloysFramework DesignLayering DiagramProcessingCementationClinical CasesCommunicationIPS InLine 3 The old tooth The intensity of fluorescence is strongest in the root and decreases from the dentin to the enamel. Volker Brosch, Essen (Germany)

AlloysFramework DesignLayering DiagramProcessingCementationClinical CasesCommunicationIPS InLine 4 The middle-aged tooth The intensity of fluorescence is strongest in the root and decreases from the dentin to the enamel. The middle-aged tooth fluoresces more than the old tooth. Volker Brosch, Essen (Germany)

AlloysFramework DesignLayering DiagramProcessingCementationClinical CasesCommunicationIPS InLine 5 The young tooth Is the most fluorescent. Volker Brosch, Essen (Germany)

AlloysFramework DesignLayering DiagramProcessingCementationClinical CasesCommunicationIPS InLine 6 The natural model Volker Brosch, Essen (Germany) The entire tooth surface demonstrates a bright fluorescent appearance. Here, the fluorescence is significantly reduced in the incisal area. The fluorescence of the teeth is generally reduced. The highest intensity has remained in the root area. Young dentitionMiddle-aged dentitionOld dentition

AlloysFramework DesignLayering DiagramProcessingCementationClinical CasesCommunicationIPS InLine 7 IPS InLine Opaquer F for a reinforced fluorescence The easy-to-use Opaquer F can be applied to create outstanding aesthetic in-depth effects. Due to the increased fluorescence, the restoration seems to shine from within. The higher the brigthness value, the stronger the fluorescence is.

AlloysFramework DesignLayering DiagramProcessingCementationClinical CasesCommunicationIPS InLine 8 How is the Opaquer F applied? Either: third opaquer layer Apply Opaquer F as a thin, third opaquer layer and fire. Important: Dilute with an adequate amount of Opaquer Liquid. Or: Mix up to 20 % Mix up to 20 % of Opaquer F with the conventional IPS InLine Opaquers before the second layer is applied. 450°C 842°F V1V1 2 min. H 929°C 1704°F 100°C 180°F6 min. 403°C 757°F 930°C 1706°F V2V2 tSBT

AlloysFramework DesignLayering DiagramProcessingCementationClinical CasesCommunicationIPS InLine 9 In UV light applied opaquerup to 20 % mixed Opaquer F Opaquer F as a thin, third opaquer layer 450°C 842°F V1V1 2 min. H 929°C 1704°F 100°C 180°F6 min. 403°C 757°F 930°C 1706°F V2V2 tSBT

AlloysFramework DesignLayering DiagramProcessingCementationClinical CasesCommunicationIPS InLine 10 Both opaquers in black light

AlloysFramework DesignLayering DiagramProcessingCementationClinical CasesCommunicationIPS InLine 11 Important! The type of application of the IPS InLine Opaquer F, the quantity used, as well as the homogeneity of the paste mixture may influence the shade to a certain extent. If the IPS InLine Opaquer F is not mixed, it may only be applied in diluted form and as a thin layer.

AlloysFramework DesignLayering DiagramProcessingCementationClinical CasesCommunicationIPS InLine 12 Delivery form Opaquer F is available in the 1-g syringe. The Chromascop, A-D and Bleach paste opaquers are available in the 3-g syringe or in the 9-g jar.