HSB - CAD /inLab LT D4 C14 5/Pk (Equiv Ivoclar 626390)

• Size C14 and Shade D4 for versatile restorative work
• Lithium disilicate ensures high strength, great aesthetics
• Low Translucency hides discolored underlying structures
• Guarantees precise, durable restorations
• Quantity: 5 blocks per pack

The Aira IPS e.max Type CAD /inLab LT D4 C14 blocks are advanced restorative materials precisely formulated for the creation of accurate, high-strength dental prosthetics using modern CAD/CAM technology, including CEREC and inLab milling machines. These blocks are fabricated from lithium disilicate glass-ceramic, which is highly valued in clinical dentistry for its unique combination of outstanding aesthetic properties and proven clinical longevity.

The Low Translucency (LT) designation means these blocks possess sufficient color saturation (chroma and value) to effectively conceal underlying slightly discolored preparations or core structures while preserving the natural light transmission characteristics crucial for creating life-like anterior and posterior restorations, such as crowns, veneers, inlays, and onlays. This precise composition guarantees reliable milling performance and contributes significantly to the integrity and durability of the finished restoration. This Aira product is an Equivalent (substitute) for the same Ivoclar Vivadent product, serving exceptional strength and precision for your milling needs.

If you are searching for the best IPS e.max Type CAD /inLab LT blocks then choose Aira IPS e.max Type CAD /inLab LT D4 C14; it is a meticulously crafted lithium disilicate material that ensures stress-free, accurate milling and delivers reliable, long-term clinical performance, is best for you. This package contains 5 blocks, providing a practical and economical inventory for dental laboratories and practices with consistent restorative requirements. The specific selection of shade D4 and size C14 makes these blocks versatile for a wide range of standard clinical scenarios where both structural integrity and cosmetic outcome are paramount.