Dental Dynamics Australia
Dental CAD/CAM Wax Disc – 98mm
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Created by EasyFlow Product Options
- Price
- $32.00
Dental CAD/CAM Wax Disc – 98mm
The Dental CAD/CAM Wax Disc is designed for precise and efficient milling of wax patterns in digital dental laboratory workflows.
Engineered for smooth machinability and detailed reproduction, wax discs provide an efficient digital alternative to conventional manual wax-up techniques and are suitable for producing patterns for casting and pressing workflows.
The standard 98mm disc format is compatible with a wide range of open dental CAD/CAM milling systems.
Key Features
- Designed for Dental CAD/CAM Milling – Suitable for digital production of accurate wax patterns.
- Smooth Milling Performance – Designed for clean and efficient machining with detailed surface reproduction.
- Excellent Marginal Detail – Supports precise milling of fine restoration margins and complex geometries.
- Dimensional Stability – Maintains shape and detail throughout the milling process.
- Clean Burnout Workflow – Suitable for lost-wax casting and compatible pressing workflows.
- 98mm Disc Format – Standard format suitable for many open dental milling systems.
- Easy Processing – Wax material provides efficient milling with relatively low cutting resistance.
- Digital Wax-Up Production – Integrates conventional casting techniques with modern CAD/CAM production.
Wax CAD/CAM discs are commonly used for patterns that are subsequently cast, and commercial dental wax discs specifically emphasise clean burnout and milling characteristics.
Applications
Suitable for producing wax patterns for:
- Crowns
- Bridges
- Copings
- Frameworks
- Full-Contour Wax-Ups
- Pressable Ceramic Patterns
- Casting Patterns
- Diagnostic & Laboratory Applications
Digital to Traditional Workflow
CAD/CAM wax discs combine the precision and repeatability of digital design and milling with established laboratory casting and pressing techniques.
Restorations can be digitally designed, nested and milled in wax before proceeding through the appropriate laboratory investment, burnout and casting or pressing workflow.