4D X ML Zirconia is the first material choice for dental technicians seeking durable and beautiful dentures. 4D X ML zirconia block defines the new starting point of stable dental CAD/CAM material. It is not only designed to aesthetic dentures, but also stable processing features, such as stable shade performance.
4D X ML CAD/CAM zirconia blocks
Made of 100% TOSOH zirconia powder
The basis of 4D X ML Zirconia is its high-quality TOSOH zirconia powder.
Purity Guaranteed: We rigorously test every batch of incoming material to ensure it is 100% pure. This commitment to quality ensures that your restorations meet the highest standards.
Low Radioactivity: The zirconia powder has extremely low radioactivity of only 0.02 Bq/g. This level is 10 times lower than the ISO 6872 industry standard, ensuring the safety of dentures.
Optimal Performance: The raw material ensures a low crystallization temperature and extremely fine zirconia particle size. This gives it ultra-high density and excellent anti-aging properties, making it ideal for long-term use of zirconia teeth.
Perfect aesthetic effect
Natural shade gradient: The shade gradients of 4D X ML zirconia disc are seamless with no visible gradations. This feature enhances the natural looking of the dental prosthesis.
Precise shade matching: 4D X ML zirconia block allows for precise shade matching without the need for complex internal dyeing processes. This simplifies the dental technicians’ workflow.
Aesthetic cases of 4D X ML zirconia block are as follow:
These veneers are made of 4D X ML zirconia disc, real feedback from our customers
6 units bridge, made of 4D X ML zirconia block
Full-arch bridge, made of 4D X ML zirconia blank
4D X ML Zirconia is the ideal choice for dental technicians seeking to create stable and aesthetic dental restorations. With its high purity, natural beauty and long-term stability, this 4D X ML restorations ensures that each restoration meets the highest quality standards. 4D X ML is not only designed to durable dentures, but also aesthetic dentures.