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APEX DENTAL SUPPLY

IPS e.max CAD Milling Glass-Ceramic Dental Restorations

IPS e.max CAD Milling Glass-Ceramic Dental Restorations

Regular price $214.00 USD
Regular price Sale price $214.00 USD
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IPS e.max Mill LT is a top-of-the-line glass-ceramic material designed for efficient, high-quality CAD milling. With its versatile application options and comprehensive range of restoration types, it has become the go-to choice for dental professionals worldwide. The exceptional strength of 530 MPa2 sets it apart from the competition, ensuring durable and long-lasting restorations.

The physical properties of IPS e.max Mill LT contribute to its exceptional performance. It has a density range of 2.4-2.7 g/cm3, offering a perfect balance between strength and aesthetics. The Vickers hardness of 5400+400 MPa ensures resistance to wear and tear, providing patients with restorations that stand the test of time. The fracture toughness of 2.55 MPa.m/2 adds an extra layer of reliability to the material.

IPS e.max Mill LT features a coefficient of thermal expansion of 9.8+0.5x10-K-1, minimizing the risk of cracks or fractures due to temperature changes. Its high crystallization temperature of 840-850°C ensures stable and predictable results during the fabrication process. Additionally, its low chemical solubility of 30.3 ug/cm2 and negligible radioactivity of <0.019 Bq/g demonstrate its safety for both patients and practitioners.

The chemical composition of IPS e.max Mill LT is carefully formulated to achieve optimal aesthetics and strength. It consists of 61%-71% SiO, 11%-17% LiO, 1%-5% ZrO, and 6%-30% other oxides. This balanced composition guarantees natural and lifelike restorations that blend seamlessly with the patient's surrounding teeth.

Key Features/Benefits:

  • Exceptional strength of 530 MPa2 for durable restorations
  • High-quality glass-ceramic material suitable for a wide range of restoration types

IPS e.max Mill LT is the perfect choice for IPS e.max CAD milling, delivering high-performance results that meet the demands of modern dentistry.

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