Product Training Videos
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These videos provide guidance for mastering Dental Wings software and hardware. You’ll learn how to optimize the use of integrated features and follow step-by-step instructions for creating beautiful restorations for your patients or clients.
DWOS – Training Videos
Here are some videos to guide you in learning and mastering the DWOS software. By viewing these videos, you will be able to optimize the features and follow every step for creating perfect restorations for your clients.
Creating superstructures with virtual wax-ups
Creating superstructures with scanned wax-ups
Creating combined orders: partial and superstructure
Designing superstructures
Designing angled screw channels
Designing three-unit bridges
Designing partial frameworks
Designing three-unit bridges with anatomies
Multi-die scanning
Designing temporary crowns
Designing implant bridges
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How to add a crown over customized abutment
How to add a full crown over a scanned tibase
How to add an extra vertical gap on a scanned tibase
How to automatically draw a margin line on scanned tibase
How to create a lingual band on a bridge substructure
How to create a margin line for customized abutments
How to create a reduced crown on implant from a full crown on implant
How to create a reduced crown on scanned tibase from a full crown on scanned tibase
How to create an abutment on tibase
How to create the prescription for a 3-unit bridge on scanned tibase
How to create the prescription for a bar on abutments
How to create the prescription for a bar on scanned tibase
How to create the prescription for a bar
How to create the prescription for a diagnostic bridge
How to create the prescription for a diagnostic crown
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DWOS - Create a diagnostic wax up
Exporting wax-ups
Designing a split bridge
Designing scanned/virtual wax-ups
Creating virtual wax-ups
Designing telescopic crowns
Creating Maryland bridges
Creating Maryland bridges with Pilarless
Merging bars to bridges
Creating bands with 3/4 crowns
Creating Maryland bridges with pillarless and combinata
Merging bars and bridges
Adapting prostheses to models
Cleaning pontic areas for cantilever bridges
Copy Bridge
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Designing virtual waxing on bars (releases 7.0 and older)
Designing wax-ups with telescopic copings
Designing wax-ups/custom abutments with wax-ups
Designing implants
Designing screw channels on virtual waxing
Differentiating between regular and TiBase implants
Using TiBase and its axis
Creating repositioning guides (with partial module and combined order)
Creating implant kits
Creating repositioning guides (without partial module)
Changing scan body visible height in 3pts repositioning
Merging elements in close proximity
Correcting implant bar issue
Designing ASC for scanned TiBase
Designing emergence profiles for custom abutments
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DWOS - Create a perforated custom tray
Covering holes in partials
Merging partial and telescopic crowns
Creating Maryland bridges with Pilarless
Merging bars to bridges
DWOS - Create a lower partial on attachments Novaloc type
DWOS - Create a Partial Combined Superstructure on a Milled Bar
DWOS - Create an upper partial and add rod for casting
Creating bite splints with clasps
DWOS - Create a Bite Splint
DWOS - Create an unperforated custom tray
Using radical area in the Model Builder
Importing manufacturing files in the Model Builder
Using the Model Builder for implants
Snapping to model base
Create drain hole in the Model Builder
DWOS - Create an implant model
DWOS - Create drain hole on the model base
DWOS - Create Model
Designing full dentures on bars
Creating full dentures with pillarless and combinata
DWOS - Orthodontic archiving
Orthodontic archiving - single arch
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Three-point repositioning for scanning
Adding attachments for nesting reinforcement
Editing axis group
Using the adaptation environment
Using the occlusion plane
Importing occlusion keys
Importing occlusion keys
Using clipping tools
Adjusting axis for attachments
Designing bands on virtual waxups
Grouping axes
Editing a closed STL file with Scan Import
Cleaning models to improve repositioning
Creating screw holes with negative attachments
Fine-tuning mirror anatomies
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