IPS e.max ZirCAD LT 98.5x14mm Sale color LT 0 and LT 1

IPS e.max ZirCAD LT is the most versatile material in the portfolio.

It combines high mechanical strength (1200 MPa) with natural aesthetics.

These properties make IPS e.max ZirCAD LT suitable for the fabrication of minimally invasive single-tooth restorations and stable multi-unit framework structures.

Implant-supported structures complement the enormous possibilities of using the material in the patient's oral cavity.

Restorations can be prepared in many ways: infiltration, partial or full veneering, and anatomical restorations.

Indications:

• anatomical crowns;
• three-unit or larger anatomical bridges;
• implant-supported structures;
• bridge substructures;
• crown frameworks;
• implant-supported structures.

Development Techniques: (Depending on the selected disk)

• glazing;
• paint characterization;
• infiltration
• veneering.

Advantages and benefits:

• minimal grinding of tooth tissues, thanks to the possibility of making a restoration with thin walls;
• minimally invasive crowns;
• Particularly suitable for long span bridges due to its excellent strength of 1200 MPa.

Packaging:

• 1pc

IPS e.max ZirCAD LT 98.5x16mm Sale color LT 1

IPS e.max ZirCAD LT is the most versatile material in the portfolio.

It combines high mechanical strength (1200 MPa) with natural aesthetics.

These properties make IPS e.max ZirCAD LT suitable for the fabrication of minimally invasive single-tooth restorations and stable multi-unit framework structures.

Implant-supported structures complement the enormous possibilities of using the material in the patient's oral cavity.

Restorations can be prepared in many ways: infiltration, partial or full veneering, and anatomical restorations.

Indications:

• anatomical crowns;
• three-unit or larger anatomical bridges;
• implant-supported structures;
• bridge substructures;
• crown substructures;
• implant-supported structures.

Development Techniques: (Depending on the selected disk)

• glazing;
• paint characterization;
• infiltration;
• veneering.

Advantages and benefits:

• minimal grinding of tooth tissues, thanks to the possibility of making a restoration with thin walls;
• minimally invasive crowns;
• Particularly suitable for long span bridges due to its excellent strength of 1200 MPa.

Packaging:

• 1pc

IPS e.max ZirCAD LT 98.5x18mm

IPS e.max ZirCAD LT is the most versatile material in the portfolio. It combines high mechanical strength (1200 MPa) with natural aesthetics.

These properties make IPS e.max ZirCAD LT suitable for the fabrication of minimally invasive single-tooth restorations and stable multi-unit framework structures.

Implant-supported structures complement the enormous possibilities of using the material in the patient's oral cavity.

Restorations can be prepared in many ways: infiltration, partial or full veneering, and anatomical restorations.

Indications:

• anatomical crowns;
• three-unit or larger anatomical bridges;
• implant-supported structures;
• bridge substructures;
• crown substructures;
• implant-supported structures.

Development Techniques: (Depending on the selected disk)

• glazing;
• paint characterization;
• infiltration;
• veneering.

Advantages and benefits:

• minimal grinding of tooth tissues, thanks to the possibility of making a restoration with thin walls;
• minimally invasive crowns;
• Particularly suitable for long span bridges due to its excellent strength of 1200 MPa.

Packaging:

• 1pc

IPS e.max ZirCAD LT 98.5x10mm Sale

IPS e.max ZirCAD LT is the most versatile material in the portfolio.

It combines high mechanical strength (1200 MPa) with natural aesthetics.

These properties make IPS e.max ZirCAD LT suitable for the fabrication of minimally invasive single-tooth restorations and stable multi-unit framework structures.

Implant-supported structures complement the enormous possibilities of using the material in the patient's oral cavity.

Restorations can be prepared in many ways: infiltration, partial or full veneering, and anatomical restorations.

Indications:

• anatomical crowns;
• three-unit or larger anatomical bridges;
• implant-supported structures;
• bridge substructures;
• crown substructures;
• implant-supported structures.

Development Techniques: (Depending on the selected disk)

• glazing;
• paint characterization;
• infiltration;
• veneering.

Advantages and benefits:

• minimal grinding of tooth tissues, thanks to the possibility of making a restoration with thin walls;
• minimally invasive crowns;
• Particularly suitable for long span bridges due to its excellent strength of 1200 MPa.

Packaging:

• 1pc

IPS e.max ZirCAD LT 98.5x20mm

IPS e.max ZirCAD LT is the most versatile material in the portfolio. It combines high mechanical strength (1200 MPa) with natural aesthetics. These properties make IPS e.max ZirCAD LT suitable for minimally invasive single-tooth restorations and stable multi-unit framework structures. Implant-supported structures complement the enormous possibilities of using the material in the patient's oral cavity. Restorations can be prepared in many ways: by infiltration, partial or full veneering, and making anatomical restorations.

Indications:

• Anatomical crowns.
• Three-unit or larger anatomical bridges.
• Implant-supported structures.
• Bridge substructures.
• Crown frameworks.
• Implant-supported structures.

Development Techniques: (Depending on disc selected)

• Glazing.
• Characterization with paints.
• Infiltration.
• Veneering.

Advantages and benefits:

• Minimal grinding of tooth tissues, thanks to the possibility of making restorations with small wall thickness.
• Minimally invasive crowns.
• Particularly suitable for long span bridges due to its excellent strength of 1200 MPa.

Packaging:

• 1 piece

IPS e.max ZirCAD LT 98.5x25mm

IPS e.max ZirCAD LT is the most versatile material in the portfolio.

It combines high mechanical strength (1200 MPa) with natural aesthetics.

These properties make IPS e.max ZirCAD LT suitable for minimally invasive single-tooth restorations and stable multi-unit framework structures.

Implant-supported structures complement the enormous possibilities of using the material in the patient's oral cavity.

Restorations can be prepared in many ways: infiltration, partial or full veneering, and anatomical restorations.

Indications:

• anatomical crowns;
• three-unit or larger anatomical bridges;
• implant-supported structures;
• bridge substructures;
• crown frameworks;
• implant-supported structures.

Development Techniques: (Depending on the selected disk)

• glazing;
• paint characterization;
• infiltration;
• veneering.

Advantages and benefits:

• minimal grinding of tooth tissues, thanks to the possibility of making a restoration with thin walls;
• minimally invasive crowns;
• Particularly suitable for long span bridges due to its excellent strength of 1200 MPa.

Packaging:

• 1pc