CAD/CAM milling burs for Sirona Cerec 3 are used for grinding & milling for lithium disilicate, glass ceramics. They precisely match the system, working more efficiently.

Uses of CAD/CAM Milling Burs for Lithium Disilicate

• Precision Machining: The burs provide high accuracy when milling lithium disilicate, ensuring that restorations like crowns, veneers, and inlays fit correctly and have a smooth finish.

• Material Compatibility: Specifically designed for lithium disilicate, these burs optimize the milling process, improving cutting efficiency and reducing wear.

• Efficiency: The design allows for faster milling times, which enhances workflow efficiency in dental labs.

Suitable Milling Machines for Sirona MC X5 Burs

The primary milling machine compatible with these CAD/CAM burs is:

1. Sirona inLab MC X5

   • Type: 5-axis milling and grinding unit.

   • Features:

     • Capable of both wet and dry processing.

     • Automated tool changing system that can hold up to six tools, enhancing productivity.

     • Processes standard discs (98.5 mm diameter) and blocks (up to 30 mm high).

     • Equipped with Spindle Touch technology for precise positioning of workpieces.

   • Applications: Ideal for milling lithium disilicate as well as other materials like zirconia, PMMA, and wax.

Advantages of Using CAD/CAM Milling Burs for Sirona MC X5

1. High Precision and Accuracy:

   The burs are engineered to deliver exceptional precision during the milling process, ensuring restorations fit accurately and meet aesthetic standards.

2. Durability:

   Made from high-quality materials with advanced coatings (such as diamond or carbide), these burs are designed to withstand the rigors of milling hard materials like lithium disilicate, resulting in a longer lifespan.

3. Material Efficiency:

   Optimized specifically for lithium disilicate, these burs enhance the milling process by minimizing tool wear and improving cutting efficiency, which can lower operational costs.

4. Versatility:

   While primarily used for lithium disilicate, these burs can also effectively mill other materials such as zirconia and PMMA, making them a versatile choice for dental labs.

5. Improved Workflow Efficiency:

   The design allows for faster milling times, enabling dental labs to produce multiple restorations in a shorter timeframe, thus increasing productivity.

6. Enhanced Aesthetic Quality:

   Achieving smooth finishes contributes to the aesthetic quality of the final restoration, ensuring that it blends seamlessly with natural teeth.

Note

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