Amber Mill to pierwszy materiał szklano-ceramiczny z dwukrzemianu litu z możliwością regulowania translucencji poprzez temperaturę i czas krystalizacji (HT/MT/LT/MO).

Zalety:

• Charakteryzuje się bezkonkurencyjnymi właściwościami mechanicznymi, łatwą obróbką oraz wysokimi walorami estetycznymi.

• Wytrzymałość po krystalizacji 450MPa

• Translucencja jest zależna od czasu krystalizacji.

Uwaga:

Do obróbki i polerowania polecamy zestaw kamieni i gumek Diadur/Diapro kod mikran 2251

Opakowanie:

• 5 szt./1 op

Amber Mill shade guide.

Package:

• 1 piece

Leucite-reinforced ceramic glass blocks consisting of a glassy and a crystalline phase. They are used to perform extremely aesthetic, completely anatomical reconstruction of a single tooth, using CAD / CAM technology in the Cerec system and in the laboratory system. Due to the difference in thermal expansion coefficients (WRC) between the glass phase and the crystal phase (leucite), compressive stresses arise in the glass phase during cooling after sintering. This mechanism increases the strength, thanks to which the IPS Empress CAD material achieves a bending strength of 160 MPa

Benefits:

• Good accuracy of fit;
• Homogeneous surface;
• High strength;
• Exact color compliance with the shade guide.

Technical properties:

• WRC (100- 400 ° C) [10 - 6- K] CTE} - 16.6
• WRC (100-500 ° C) [10-6 K] - 17.5
• Bending resistance (biaxial) - 160
• Cracking resistance [MPa m0.5] - 1.3
• Vickers hardness [MPa] - 6200
• Chemical solubility [µg / cm2] - 25

Indications:

• Anterior and posterior crowns
• Partial crowns
• Veneers

IPS Empress CAD LT (Low Translucency) LT blocks are available in 9 of the most popular AD shades and 4 Bleach BL shades. Due to their high brightness, greater than HT blocks, they are ideal for larger restorations (e.g. anterior and posterior crowns). LT blocks have a natural degree of brightness and chromaticity. This prevents the embedded restorations from graying out. These blocks have a natural fluorescence, which allows the restoration to be naturally adapted to the remaining teeth under different lighting conditions. LT blocks are perfect for working with the cut back technique.

Dimensions I 12:

• Width: 10.0mm
• Length: 12.0 mm
• Height: 15.0 mm

Package:

1 box / 5pcs

Leucite-reinforced ceramic glass blocks consisting of a glassy and a crystalline phase. They are used to perform extremely aesthetic, completely anatomical reconstruction of a single tooth, using CAD / CAM technology in the Cerec system and in the laboratory system. Due to the difference in thermal expansion coefficients (WRC) between the glass phase and the crystal phase (leucite), compressive stresses arise in the glass phase during cooling after sintering. This mechanism increases the strength, thanks to which the IPS Empress CAD material achieves a bending strength of 160 MPa

Advantages:

• Good accuracy of fit;
• Homogeneous surface;
• High strength;
• Exact color compliance with the shade guide.

Technical properties:

• WRC (100- 400 ° C) [10 - 6- K] CTE} - 16.6
• WRC (100-500 ° C) [10-6 K] - 17.5
• Bending resistance (biaxial) - 160
• Cracking resistance [MPa m0.5] - 1.3
• Vickers hardness [MPa] - 6200
• Chemical solubility [µg / cm2] - 25

Indications:

• anterior and posterior crowns
• partial crowns
• veneers

IPS Empress CAD LT (Low Translucency) LT blocks are available in 9 of the most popular AD shades and 4 Bleach BL shades. Due to their high brightness, higher than HT blocks, they are ideal for larger restorations (e.g. anterior and posterior crowns). LT blocks have a natural degree of brightness and chromaticity. This prevents the embedded restorations from graying out. These blocks have a natural fluorescence, which allows the restoration to be naturally adapted to the remaining teeth under different lighting conditions. LT blocks are perfect for working with the cut back technique.

Dimensions C14:

• Width: 12.0mm
• Length: 14.0 mm
• Height: 18.0 mm

Package:

1 box / 5pcs

Leucite-reinforced ceramic glass blocks consisting of a glassy and a crystalline phase. They are used to perform extremely aesthetic, completely anatomical reconstruction of a single tooth, using CAD / CAM technology in the Cerec system and in the laboratory system. Due to the difference in thermal expansion coefficients (WRC) between the glass phase and the crystal phase (leucite), compressive stresses arise in the glass phase during cooling after sintering. This mechanism increases the strength, thanks to which the IPS Empress CAD material achieves a bending strength of 160 MPa

Benefits:

• Good accuracy of fit;
• Homogeneous surface;
• High strength;
• The exact color match with the shade guide.

Technical properties:

• WRC (100- 400 ° C) [10 - 6- K] CTE} - 16.6
• WRC (100-500 ° C) [10-6 K] - 17.5
• Bending resistance (biaxial) - 160
• Cracking resistance [MPa m0.5] - 1.3
• Vickers hardness [MPa] - 6200
• Chemical solubility [µg / cm2] - 25

Indications:

• Anterior and posterior crowns
• Partial crowns
• Veneers

IPS Empress CAD Multi:

The blocks are available in the 5 most popular colors of the AD scale and in 3 sizes. Thanks to the natural shade pattern from dentin to the incisal area, restorations made of Multi IPS Empress CAD blocks ensure maximum aesthetics and naturalness. The natural arrangement of opaque and translucent layers allows for different aesthetics. The IPS Empress CAD Multi block is characterized by a natural fluorescence pattern similar to a natural tooth, which allows for a perfect fit of the restoration to your own teeth. The innovative combination of a natural color scheme, translucency and fluorescence is the easiest way to create highly aesthetic restorations.

Dimensions I 12:

• Width: 10.0mm
• Length: 12.0mm
• Height: 15.0 mm

Package:

1pack / 5pcs

IPS e.max CAD are lithium disilicate glass-ceramic blocks for CAD / CAM technology. The manufacturing process guarantees that the blocks are completely homogeneous. The block in its pre-crystallized (blue) state can be processed very easily in a CAD / CAM machine. The block in its pre-crystallized state has a characteristic white color that goes through the shade of blue to blue-gray. The color depends on the composition and structure of the glass ceramics. The strength of the material in this state is 130-150 MPa and is therefore comparable with other glass-ceramic blocks currently available on the market. After the blocks are cut out, the restoration is crystallized in an Ivoclar Vivadent ceramic kiln (eg Programat CS). The crystallization process is easy to carry out and, unlike other CAD / CAM systems, the restorations made in this way do not shrink and do not require a time-consuming infiltration process, and the entire process takes about 20-25 minutes. Crystallization at 840 ° C causes changes in the structure of the ceramics, and the growth of lithium disilicate crystals takes place. The associated densification of 0.2% is already provided for in the CAD software and taken into account in the process of cutting the restoration. Due to changes in the structure, the strength of the material increases to 360 MPa and it obtains appropriate optical properties.
IPS e.max CAD blocks have a natural brightness. Due to the translucency and the variety of shades, fully anatomical restorations can be made of this glass-ceramic without any problems.

Indications:

• Veneers

• Inlay

• Onlay

• Partial crowns

• Anterior and posterior crowns

• Implantological superstructures for single restorations (anterior and posterior sections)

Dimensions I 12:

• Width: 10.0mm

• Length: 12.0 mm

• Height: 15.0 mm

  Package:

• 5 pcs

IPS e.max CAD are lithium disilicate glass-ceramic blocks for CAD / CAM technology. The manufacturing process guarantees that the blocks are completely homogeneous. The block in its pre-crystallized (blue) state can be processed very easily in a CAD / CAM machine. The block in its pre-crystallized state has a characteristic white color that goes through the shade of blue to blue-gray. The color depends on the composition and structure of the glass ceramics. The strength of the material in this state is 130-150 MPa and is therefore comparable with other glass-ceramic blocks currently available on the market. After the blocks are cut out, the restoration is crystallized in an Ivoclar Vivadent ceramic kiln (eg Programat CS). The crystallization process is easy to carry out and, unlike other CAD / CAM systems, the restorations made in this way do not shrink and do not require a time-consuming infiltration process, and the entire process takes about 20-25 minutes. Crystallization at 840 ° C causes changes in the structure of the ceramics, and the growth of lithium disilicate crystals takes place. The associated densification of 0.2% is already provided for in the CAD software and taken into account in the process of cutting the restoration. Due to changes in the structure, the strength of the material increases to 360 MPa and it obtains appropriate optical properties.
IPS e.max CAD blocks have a natural brightness. Due to the translucency and the variety of shades, fully anatomical restorations can be made of this glass-ceramic without any problems.

Indications:

• Veneers

• Inlay

• Onlay

• Partial crowns

• Anterior and posterior crowns

• Implantological superstructures for single restorations (anterior and posterior sections)

Dimensions C14:

• Width: 12.4mm

• Length: 14.5 mm

• Height: 18.0 mm

  Package:

• 5 pcs

Characteristic:

• Leucite-reinforced ceramic glass blocks consisting of a glassy and a crystalline phase. They are used to perform extremely aesthetic, completely anatomical reconstruction of a single tooth, using CAD / CAM technology in the Cerec system and in the laboratory system.

• Due to the difference in thermal expansion coefficients (WRC) between the glass phase and the crystal phase (leucite), compressive stresses arise in the glass phase during cooling after sintering. This mechanism increases the strength, thanks to which the IPS Empress CAD material achieves a bending strength of 160 MPa

Benefits:

Good accuracy of fit; - homogeneous surface; - High strength; - Exact color compliance with the shade guide.

Technical properties:

• WRC (100-400 ° C) [10 -6-K] CTE} - 16.6
• WRC (100-500 ° C) [10-6 K] - 17.5
• Bending resistance (biaxial) - 160
• Cracking resistance [MPa m0.5] - 1.3
• Vickers hardness [MPa] - 6200
• Chemical solubility [µg / cm2] - 25

Indications:

• anterior and posterior crowns
• partial crowns
• icki

IPS Empress CAD Multi:

• The blocks are available in the 5 most popular colors of the AD scale and in 3 sizes. Thanks to the natural shade pattern from dentin to the incisal area, restorations made of Multi IPS Empress CAD blocks ensure maximum aesthetics and naturalness. The natural arrangement of opaque and translucent layers allows for different aesthetics. The IPS Empress CAD Multi block is characterized by a natural fluorescence pattern similar to a natural tooth, which allows for a perfect fit of the restoration to your own teeth. The innovative combination of a natural color scheme, translucency and fluorescence is the easiest way to create highly aesthetic restorations.

Dimensions C14:

• Width: 12.0mm
• Length: 14.0mm
• Height: 18.0 mm

Package:

• 1pack / 5pcs

High translucency disilicate ceramic blocks.

IPS e.max CAD are lithium disilicate glass-ceramic blocks for CAD / CAM technology. The manufacturing process guarantees that the blocks are completely uniform. The pre-crystallized (blue) block is very easy to process in a CAD / CAM machine. The block in its pre-crystallized state has a characteristic white color that goes through the shade of blue to blue-gray. This color depends on the composition and structure of the glass ceramics. The strength of the material in this state is 130-150 MPa and is therefore comparable with other glass-ceramic blocks currently available on the market. After the blocks are cut out, the restoration is crystallized in an Ivoclar Vivadent ceramic kiln (eg Programat CS). The crystallization process is easy to carry out and, unlike other CAD / CAM systems, the restorations made in this way do not shrink and do not require a time-consuming infiltration process, and the entire process takes about 20-25 minutes. Crystallization at the temperature of 840 ° C causes changes in the structure of the ceramics, and the growth of lithium disilicate crystals takes place. The associated density of 0.2% is already provided for in the CAD software and taken into account in the process of cutting the restoration. Due to changes in the structure, the strength of the material increases to 360 MPa and it obtains appropriate optical properties. IPS e.max CAD blocks have a natural brightness. Due to the translucency and the variety of shades, full anatomical restorations can be made of this glass-ceramic without any problems.

Application:

• Veneers

• Iinlay

• Onlay

• Partial crowns

Dimensions I 12:

• Width: 10.0mm
• Length: 12.0mm
• Height: 15.0 mm

Package:

• 5 pcs / pack

High translucency disilicate ceramic blocks.

IPS e.max CAD are lithium disilicate glass-ceramic blocks for CAD / CAM technology. The manufacturing process guarantees that the blocks are completely uniform. The pre-crystallized (blue) block is very easy to process in a CAD / CAM machine. The block in its pre-crystallized state has a characteristic white color that goes through the shade of blue to blue-gray. This color depends on the composition and structure of the glass ceramics. The strength of the material in this state is 130-150 MPa and is therefore comparable with other glass-ceramic blocks currently available on the market. After the blocks are cut out, the restoration is crystallized in an Ivoclar Vivadent ceramic kiln (eg Programat CS). The crystallization process is easy to carry out and, unlike other CAD / CAM systems, the restorations made in this way do not shrink and do not require a time-consuming infiltration process, and the entire process takes about 20-25 minutes. Crystallization at the temperature of 840 ° C causes changes in the structure of the ceramics, and the growth of lithium disilicate crystals takes place. The associated density of 0.2% is already provided for in the CAD software and taken into account in the process of cutting the restoration. Due to changes in the structure, the strength of the material increases to 360 MPa and it obtains appropriate optical properties. IPS e.max CAD blocks have a natural brightness. Due to the translucency and the variety of shades, full anatomical restorations can be made of this glass-ceramic without any problems.

Application:

• Veneers

• Iinlay

• Onlay

• Partial crowns

Dimensions C 14:

• Width: 12.4mm
• Length: 14.5mm
• Height: 18.0 mm

Package:

• 5 pcs / pack

PS e.max CAD are lithium disilicate glass-ceramic blocks for CAD / CAM technology. The manufacturing process guarantees that the blocks are completely uniform. The pre-crystallized (blue) block is very easy to process in a CAD / CAM machine. The block in its pre-crystallized state has a characteristic white color that goes through the shade of blue to blue-gray. This color depends on the composition and structure of the glass ceramics. The strength of the material in this state is 130-150 MPa and is therefore comparable with other glass-ceramic blocks currently available on the market. After the blocks are cut out, the restoration is crystallized in an Ivoclar Vivadent ceramic kiln (eg Programat CS). The crystallization process is easy to carry out and, unlike other CAD / CAM systems, the restorations made in this way do not shrink and do not require a time-consuming infiltration process, and the entire process takes about 20-25 minutes. Crystallization at the temperature of 840 ° C causes changes in the structure of the ceramics, and the growth of lithium disilicate crystals takes place. The associated density of 0.2% is already provided for in the CAD software and taken into account in the process of cutting the restoration. Due to changes in the structure, the strength of the material increases to 360 MPa and it obtains appropriate optical properties. IPS e.max CAD blocks have a natural brightness. Due to the translucency and the variety of shades, full anatomical restorations can be made of this glass-ceramic without any problems.

Indications:

• Veneers

• Inlay

• Onlay

• Partial crowns

• Anterior and posterior crowns

• Implantological superstructures for single restorations (anterior and posterior sections)

Dimensions:

• Width: 14.5mm

• Length: 14.5 mm

• Height: 32.0 mm

Package:

3 pcs.

Medium translucency disilicate ceramic blocks.

IPS e.max CAD are lithium disilicate glass-ceramic blocks for CAD / CAM technology. The manufacturing process guarantees that the blocks are completely uniform. The pre-crystallized (blue) block is very easy to process in a CAD / CAM machine. The block in its pre-crystallized state has a characteristic white color that goes through the shade of blue to blue-gray. This color depends on the composition and structure of the glass ceramics. The strength of the material in this state is 130-150 MPa and is therefore comparable with other glass-ceramic blocks currently available on the market. After the blocks are cut out, the restoration is crystallized in an Ivoclar Vivadent ceramic kiln (eg Programat CS). The crystallization process is easy to carry out and, unlike other CAD / CAM systems, the restorations made in this way do not shrink and do not require a time-consuming infiltration process, and the entire process takes about 20-25 minutes. Crystallization at the temperature of 840 ° C causes changes in the structure of the ceramics, and the growth of lithium disilicate crystals takes place. The associated density of 0.2% is already provided for in the CAD software and taken into account in the process of cutting the restoration. Due to changes in the structure, the strength of the material increases to 360 MPa and it obtains appropriate optical properties. IPS e.max CAD blocks have a natural brightness. Due to the translucency and the variety of shades, full anatomical restorations can be made of this glass-ceramic without any problems.

Application:

• Outlays

• Veneers

• Thin veneers

• Partial crowns

• Anterior and posterior crowns

Package:

• 5 pcs / pack

PS e.max CAD are lithium disilicate glass-ceramic blocks for CAD / CAM technology. The manufacturing process guarantees that the blocks are completely uniform. The pre-crystallized (blue) block is very easy to process in a CAD / CAM machine. The block in its pre-crystallized state has a characteristic white color that goes through the shade of blue to blue-gray. This color depends on the composition and structure of the glass ceramics. The strength of the material in this state is 130-150 MPa and is therefore comparable with other glass-ceramic blocks currently available on the market. After the blocks are cut out, the restoration is crystallized in an Ivoclar Vivadent ceramic kiln (eg Programat CS). The crystallization process is easy to carry out and, unlike other CAD / CAM systems, the restorations made in this way do not shrink and do not require a time-consuming infiltration process, and the entire process takes about 20-25 minutes. Crystallization at the temperature of 840 ° C causes changes in the structure of the ceramics, and the growth of lithium disilicate crystals takes place. The associated density of 0.2% is already provided for in the CAD software and taken into account in the process of cutting the restoration. Due to changes in the structure, the strength of the material increases to 360 MPa and it obtains appropriate optical properties. IPS e.max CAD blocks have a natural brightness. Due to the translucency and the variety of shades, full anatomical restorations can be made of this glass-ceramic without any problems.

Application:

• Medium-opaque blocks with ideal properties covering the discoloration of the pillars. Especially recommended for the fabrication of frameworks with a reduced anatomical shape intended for veneering and implant-supported restorations.

Dimensions C 14:

• Width 12.4mm

• Length 14.5mm

• Height 18mm

Package:

5 pcs / pack

Amber Mill is the first lithium disilicate glass-ceramic with the ability to regulate translucency by temperature and crystallization time (HT / MT / LT / MO).

Benefits:

• It is characterized by unrivaled mechanical properties, easy processing and high aesthetic values.

• Strength after crystallization 450MPa

• Translucency is dependent on the time of crystallization.

Caution:

• For processing and polishing, we recommend the Diadur / Diapro stone and rubber set, code mikran 2251

Package:

• 5 pcs

Amber Mill is the first lithium disilicate glass-ceramic with the ability to regulate translucency by temperature and crystallization time (HT / MT / LT / MO).

It is characterized by unrivaled mechanical properties, easy processing and high aesthetic values.

Strength after crystallization 450MPa

Translucency is dependent on the time of crystallization.

Caution:

• For processing and polishing, we recommend the Diadur / Diapro stone and rubber set, code mikran 2251

Package:

3 pcs

Amber Mill is the first lithium disilicate glass-ceramic with the ability to regulate translucency by temperature and crystallization time (HT / MT / LT / MO).

It is characterized by unrivaled mechanical properties, easy processing and high aesthetic values.

Strength after crystallization 450MPa

Translucency is dependent on the time of crystallization.

Caution:

• For processing and polishing, we recommend the Diadur / Diapro stone and rubber set, code mikran 2251

Package:

3 pcs

ATTENTION:

• The sample can be ordered only once per company.

Amber Mill is the first lithium disilicate glass-ceramic with the ability to regulate translucency by temperature and crystallization time (HT / MT / LT / MO).

Benefits:

• It is characterized by unrivaled mechanical properties, easy processing and high aesthetic values.

• Strength after crystallization 450MPa

• Translucency is dependent on the time of crystallization.

Attention:

• For processing and polishing, we recommend the Diadur / Diapro stone and rubber set, code mikran 2251

Package:

1 piece.

Oven calibration kit

Package:

1 piece.