Lodden 10PCS Lithium Disilicate C14 Dental Glass Ceramic Blocks CAD CAM Sirona Cerec Block HT LT MT Lab Veneer Dentist Materials

Dental professionals often struggle to find reliable ceramic materials that deliver both outstanding esthetics and dependable strength for everyday restorations. Finding a consistent product that integrates seamlessly into existing digital workflows can be challenging and time-consuming. The Lodden Lithium Disilicate C14 Dental Glass Ceramic Blocks offer a high-performance solution designed specifically for modern dental labs and clinics utilizing CAD CAM systems.

Crafted from premium lithium disilicate, these ceramic blocks provide exceptional durability, longevity, and natural-looking translucency for various clinical applications. Engineered for compatibility with systems like Sirona Cerec, these blocks streamline the milling process while maintaining structural integrity.

Key Features and Benefits

• High-Quality Material: Made from premium lithium disilicate for superior strength and long-lasting restorative results.
• CAD CAM Compatible: Optimized for use with systems like Sirona Cerec for precise and efficient milling.
• Versatile Application: Suitable for dental veneer procedures, posterior crowns, and less than 3 units bridges.
• Bulk Quantity: Each set contains 10 pieces per box to support routine laboratory and clinic demands.

Specifications

• Brand Name: LODDEN
• Commodity Quality Certification: CE
• Model Number: C14 HT / LT
• Material: Lithium Disilicate
• Quantity: 10PCS per set

Common Questions

Are these blocks compatible with Sirona Cerec systems?
Yes, these blocks are specifically designed for CAD CAM procedures utilizing Sirona Cerec technology.

What restorations can be created with these blocks?
They are ideal for creating dental veneers, posterior crowns, and bridges of fewer than 3 units.

Upgrade your dental lab workflow with Lodden lithium disilicate blocks to ensure reliable restorations and natural esthetics. Order your 10-piece set today to experience consistent quality.