Submitted by James Klim DDS, CADStar Host on 01/20/2023 - 4:46pm

850 MiYO is a glazing and aesthetic outcome homerun for e.max.  MiYO 850 is designed just for e.max and can be applied before crystallization.  This video will work you through the steps to creating beautiful e.max posterior restorations.

Submitted by James Klim DDS, CADStar Host on 01/20/2023 - 4:36pm

Our current milling option is refining the e.max mill very well.  Before glazing and coloring, a few finishing steps will dramatically improve the outcome.  This video is the first video in a miniseries for the 850 MiYO application.  However, this video will stand alone for other e.max glaze application options.

Submitted by James Klim DDS, CADStar Host on 01/15/2023 - 9:27pm

850 MiYO is a game changer for creating aesthetic e.max restorations.  I have been using 850 for about six months, and the ease of use and the aesthetic outcome has been the most significant results I have seen with glaze and colors in 20 years.  This video will introduce the workflow by placing the glaze and colors before crystallization.  The time savings and results will be incredible.

Submitted by James Klim DDS, CADStar Host on 12/28/2022 - 7:53pm

This video will document a recent implant restorative case I did dealing with a labial screw access in the aesthetic zone.  With the help of a printed model and digital implant analog, we created a veneer to cover the labial screw access with a simple workflow tweek!

Submitted by James Klim DDS, CADStar Host on 10/21/2022 - 10:48am

This video is my workflow for setting up thin veneers.  What are the case situations that work for thin veneers, and how do we choose the ceramic color and then process the veneer for placement?  This video will also present the benefits of using the MiYO 850 Stain and glaze system.

Submitted by James Klim DDS, CADStar Host on 08/07/2022 - 5:00pm

This is the introduction to a series of videos that will involve the complete workflow for accomplishing anterior veneers in our clinical theaters with CEREC or sending them off to a virtual lab.  I will add future videos on veneer preparation options, optimal milling for thin veneer ceramics, ceramic finishing, and then veneer placement.

Submitted by James Klim DDS, CADStar Host on 07/17/2022 - 5:34pm

This video is step four in the comprehensive digital workflow. Creating the fixed transitional occlusion is the magic of comprehensive care when increasing the OVD. The digital imaging with the Primescan is fully competent to capture and then create prepless onlay and veneers at levels of precision that dramatically simplifies the transitional phase of restoring a dentition when increasing OVD. This process facilitates the patient adapting in composite, with minor follow-up adjustments and settling the occlusion before moving into the final restorations. This video walks through the workflow for bonding the

Submitted by James Klim DDS, CADStar Host on 07/12/2022 - 9:57pm

The video provides a simplified workflow for creating a subtle natural incisal edge with MiYO on an e.max central incisor.

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Submitted by James Klim DDS, CADStar Host on 06/12/2022 - 8:10pm

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Steve shares how he adapted to the fixed transitional occlusion onlays and veneers.  

When changing a vertical functional dimension, verifying the patient’s adaptive capabilities with a removable splint is clinically safe, followed by fixed transitional onlays and veneers before moving into the final restorative phase. 

Measure this phase by interview questions and clinical response to the transitional bite. A successful adaptive occlusion will exhibit a clinical environment free from tooth, joint, and muscle pain. The patient needs physiologic imprinting and emotional closure before moving to the restorative phase

Submitted by James Klim DDS, CADStar Host on 06/12/2022 - 8:00pm

This video is the software workflow for a lower arch to open the bite with prepless onlays and veneers on the canine.  The current software is working well!  The transitional bite will be milled in composite material and bonded.  This transitional occlusion will provide neural, muscle memory, and biomechanical adaptation before placing the final restorative restorations.