HSB - CAD /inLab MT B1 C14 5/Pk (Equiv Ivoclar 680031)

• C14 size ideal for single-unit restorations
• Lithium disilicate glass-ceramic material
• MT (Medium Translucency) B1 shade
• Best for durable crowns, veneers, inlays
• Quantity: 5 blocks per pack

The Aira IPS e.max Type CAD /inLab MT B1 C14 milling blocks represent an excellent choice for dental laboratories seeking reliable and aesthetic restorative materials. These blocks are crafted from lithium disilicate glass-ceramic, a material renowned in restorative dentistry for its superior strength, longevity, and highly natural appearance, closely mimicking the translucency and opalescence of natural tooth structure.

The Aira IPS e.max Type CAD /inLab MT B1 C14 designation refers to the blocks' compatibility with CAD/CAM milling units, specifically those from Sirona (like inLab and certain CEREC units), ensuring a precise and consistent fit for crowns, veneers, inlays, and onlays. The MT (Medium Translucency) classification provides a balanced level of opacity and light transmission, making these blocks incredibly versatile for a wide range of clinical situations where both masking of underlying tooth structure and natural aesthetics are important. The shade B1 is one of the lightest and most popular shades, making it suitable for patients with naturally light dentition or those who have undergone whitening treatments.

The size C14 refers to the block geometry, which is ideal for single-unit restorations. Each package contains 5 blocks, providing a convenient quantity for busy laboratory environments. If you are searching for the best IPS e.max Type CAD/inLab blocks then choose the Aira IPS e.max Type CAD/inLab MT B1 C14; it is a meticulously engineered lithium disilicate ceramic that delivers outstanding mechanical properties and lifelike aesthetics, is best for you.

This Aira product is an Equivalent (substitute) for the same Ivoclar Vivadent product, serving exceptional strength and precision for your milling needs. The inherent strength of the lithium disilicate material allows for conservative preparation techniques while the fine-grained, homogeneous microstructure of the block ensures excellent edge stability during the milling process, resulting in perfectly fitting and durable restorations for the patient.