HSB - CAD /inLab LT B4 C14 5/Pk (Equiv Ivoclar 626385)

• Features C14 size blocks
• High-quality lithium disilicate ceramic
• Strong flexural strength up to 530 MPa
• Low Translucency (LT) B4 shade
• Quantity: 5 blocks per pack

The Aira IPS e.max Type CAD /inLab LT B4 C14 milling blocks, an outstanding solution for dental professionals seeking a reliable, high-strength restorative material compatible with CAD/CAM systems. Crafted from high-quality lithium disilicate glass-ceramic, these blocks are engineered to deliver exceptional aesthetics and durability.

The LT (Low Translucency) shade B4 is specially selected for restorations requiring a darker, lower-value shade with slightly reduced light transmission, which is beneficial for masking underlying tooth structure or metal posts, all while maintaining a highly natural-looking result and chameleon effect. This Aira product is an Equivalent (substitute) for the same Ivoclar Vivadent product, serving exceptional strength and precision for your milling needs, ensuring seamless integration into your existing workflow without compromising on quality or performance. Lithium disilicate is renowned for its excellent mechanical properties, boasting flexural strength up to 530 MPa post-crystallization, making it suitable for a wide range of applications including crowns, veneers, inlays, onlays, and three-unit bridges up to the second premolar.

The best Aira IPS e.max Type CAD /inLab LT B4 C14 blocks are packaged in a convenient quantity of 5 blocks per pack (5/Pk), offering great value and consistency for high-volume practices and labs. The C14 size is a standard dimension ensuring compatibility with various milling units, particularly those designed for Sirona inLab and CEREC systems. If you are searching for the best CAD/CAM lithium disilicate blocks then choose Aira IPS e.max Type CAD /inLab LT B4 C14; it is a fully crystallized, ready-to-mill, high-strength glass ceramic and is best for you.

These blocks reduce chair time by allowing for efficient, single-appointment restorations in many cases, promoting patient satisfaction with their lifelike appearance and long-term stability. The precise milling quality achievable with these blocks results in highly accurate and well-fitting restorations, minimizing the need for extensive manual adjustments.