Lithium disilicate glass-ceramics (LS₂)

IPS e.max® CAD is the best-selling glass-ceramic[1] worldwide. The material enables the efficient fabrication of full-contour restorations. It is distinguished by its flexibility, versatile field of applications and processing options and its high strength of 530 MPa[2].

Both its esthetic properties and durability have been confirmed in everyday clinical practice.[3-5].

Processing options:
“Blue” restorations can be:

• polished and crystallized
• glazed and crystallized in a single step
• stained, glazed and crystallized in a single step

Types of restorations:

• Minimally invasive crowns (1 mm)[6]
• crowns
• Three-unit bridges (up to the second premolar as the terminal abutment)
• Implant-supported hybrid abutment restorations (hybrid abutments[7], hybrid abutment crowns) – Veneers and occlusal veneers
• Inlays, onlays, partial crowns

Benefits:

• Excellent esthetics and high flexural strength of 530 MPa[2]
• 97.2% survival rate of posterior crowns over a period of 10 years[8]
• Efficient grinding and crystallization of posterior crowns in only 19:17 minutes[9]
• Broad spectrum of restorations for your chairside CAD/CAM applications
• 10-year guarantee
• Suitable for conventional, adhesive or self-adhesive cementation techniques

Block sizes[7]:

• 6 (I12, C14, C16, B32, B40 and B40 L) and 2 abutment block sizes (A14, A16)

Translucency levels[7]:

• 4 levels and 2 Impulse blocks (HT – High Translucency, MT – Medium Translucency, LT – Low Translucency, MO – Medium Opacity)

Shades[7]:

• Comprehensive range of shades: in A–D and BL shades (the range of shades varies depending on the translucency level), see page 60–65.

Authorized CAD/CAM systems:

• Ivoclar:
  • PrograMill® PM3 / PM5 / PM7
  • Zenotec® select hybrid
• Amann Girrbach:
  • ceramill® mikro ic,
  • ceramill® motion 2 / motion 3 /drs
  • ceramill® matik
• Planmeca:
  • PlanMill® 30 S / 40 / 40 S
• Dentsply Sirona:
  • inLab® MC XL / MC X5
  • CEREC® MC / MC X / MC XL / Primemill

[1] Based on global sales figures.
[2] Average biaxial flexural strength; outcome after more than 10 years of ongoing quality testing, R&D Ivoclar, Schaan.
[3] Fasbinder D. J et al., Study report, 2017b.
[4] Rauch A et al., Clin. Oral Investig. 2018, 22, p. 1763-1769.
[5] Boldt J, Spitznagel F. A, Dtsch. Zahnaerztl. Z. 2017, 72 (4), p. 319-325.
[6] Long-term clinical evidence and the material’s high strength allows the recommendation for crowns with a minimum layer thickness of 1 mm in combination with an adhesive cementation method.
[7] The offering varies, depending on the CAD/CAM system being used.
[8] The survival rate of monolithic IPS e.max CAD posterior crowns was evaluated with the Kaplan-Meier method. The failure rate refers to technical failures such as fractures and chipping, R&D Ivoclar, Schaan.
[9] Average grinding time of three posterior crowns, 08:07 minutes (CEREC Primemill, fast grinding mode), followed by superspeed crystallization in the Programat CS6, 11:10 minutes (HT, MT, LT / glaze spray or polishing technique), maximal two restorations, R&D Ivoclar, Schaan.

CEREC®, inLab®, PlanMill® und ceramill® are not registered trademarks of Ivoclar Vivadent AG.