Emax Monolithic

Bring together everyday strength and lifelike esthetics. IPS e.max monolithic crowns are crafted from lithium-disilicate glass-ceramic designed to balance durability with a natural look—ideal when you want a beautiful result without sacrificing reliability. Independent data reports flexural strength around 530 MPa, supporting confident use across common single-unit indications.

Why clinicians choose it

  • High strength for routine cases: Engineered to handle daily function while maintaining a conservative tooth preparation approach.

  • Natural translucency: Mimics enamel for seamless blending in the smile zone, reducing the need for heavy masking.

  • Versatile indications: Suitable for single crowns (anterior/posterior), inlays, onlays, veneers, and many chairside/CAD-CAM workflows.

Best-fit indications

Choose e.max monolithic when you need:

  • Single-unit esthetics in anterior regions without layering porcelain.

  • Posterior crowns where you want a balance of strength and translucency.

  • Minimally invasive options for onlays/inlays and thin veneers (case-dependent).

When to consider alternatives

For cases demanding maximum fracture resistance or very low reduction, high-strength zirconia may be preferred; for ultra-high esthetic layering effects, a layered ceramic approach can be selected. e.max stands out for translucency among monolithic options, while zirconia typically leads on raw strength.

Clinical confidence

Lithium-disilicate restorations show strong performance in clinical follow-ups when proper case selection, prep, and bonding protocols are used—supporting long-term service in both student and private settings.

Technical snapshot

  • Material: Lithium-disilicate glass-ceramic (monolithic).

  • Reported flexural strength: ~530 MPa (biaxial).

  • Workflow: Press or CAD/CAM milling; efficient finishing and characterization.

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