Zirconium milling drill bit type Yenadent

Cutters adapted to Yenadent milling machines. Head diameter 0.6mm, 1.0mm, 2.0mm. 4mm diameter for milling in soft materials.

Package:

• 1 piece

Milling drill bit type Wieland

Milling cutters adapted to Wieland milling machines. Head diameter 0.7mm, 1.0mm, 2.5mm. 3mm handle diameter for milling in soft materials.

Package:

• 1 piece

Milling drill bit type Amann Girrbach

Cutters adapted to AMANN GIRRBACH milling machines. Head diameter 1.0mm. Chuck diameter 3mm for milling in soft materials.

Package:

1pcs / 1.0mm

Ambarino 98x15mm - ceramics 70%, composite 30%

Ambarino highly aesthetic material, a mixture of 70% ceramics and 30% composite. The most flexible ceramic on the market. Its flexibility allows it to absorb the force of the opposing teeth during chewing, which minimizes cracks and mechanical damage to the restoration.

Application:

• Permanent and temporary prosthetic restorations (crowns, bridges, inlays, onlays, veneers)
• Perfect for fully anatomical work in the anterior and posterior regions.

Package:

1 piece.

Ugin - e.ON + zirconium sintering furnace

The most technologically advanced zirconium sintering furnace. Robust construction and ergonomic design. The high-temperature-resistant furnace muff with six heaters is made of high-purity alumina materials, providing excellent insulation properties and low thermal inertia. 6 heating elements (MoSi2 rods).

Benefits:

• Possibility of sintering up to 60 points at the same time (thanks to 3 trays [sintering tables with pearls] placed one on top of the other.
• Maximum temperature: 1730 ° C.

Characteristic:

• Maximum temperature: 1730 ° C.
• Electronically regulated temperature
• 7 inch LCD touch screen
• 40 open programs (with the possibility of programming up to 40 temperature levels for - - each program)
• Voltage: 230V, 50 / 60Hz
• Safe working temperature for intensive use: 1650 ° C
• Temperature accuracy: +/- 1 ° C
• Heating rate: up to 40 ° C / min
• Fast zirconium sintering program, about 3 - 4 hours
• Height / width / depth: 850 x 420 x 600mm
• Weight: 74kg

Ceramill Sintron 98.5 mm

Ceramill Sintron CoCr - easy as wax

Ceramill Sintron has revolutionized the CNC-based dry machining of non-precious metal restorations on benchtop laboratory milling machines. The waxy consistency of Ceramill Sintron enables problem-free dry milling of the material. During the subsequent sintering process in a shielding gas atmosphere, the frameworks obtain their final material properties - CoCr alloy with a very homogeneous material structure. Any conventional CoCr porcelain can then be used for veneering. Ceramill Sintron was developed in collaboration with Fraunhofer IFAM Dresden, Germany.

Indications:

• Crowns and bridges, anatomically reduced and fully anatomical.
• Telescopes.
• Multipoint bolt-on titanium restorations.
• Custom fasteners on a titanium base.
• Anatomically reduced and fully anatomical anterior and posterior crowns and bridges.

Your benefits: - Effortless dry milling and minimal wear on the cutter thanks to the wax-like texture. - Convenient handling thanks to easy processing and green finishing of the milled framework. - Maximum process reliability thanks to a homogeneous, distortion-free structure. - Excellent strength values, bond strength and biocompatibility.

Technical data:

• Tensile strength: 900 MPa
• Modulus of elasticity: 200 GPa
• Density: 7.9 g / cm3
• Vickers hardness: 270 HV 10
• WRC 25 - 500 ° C: 14.5 * 10-6 / K
• Elongation at Break: 30%
• Open porosity: 0%
• Silver color
• Oxide color: gray-green
• Proof stress (Rp 0.2%): 450 MPa

Chemical composition:

• What: 66%
• Cr: 28%
• Mo: 5%
• Si: <1%
• Fe: <1%
• Mn: <1%
• Remaining elements (C) <0.1%
• Organic binder (for semi-finished raw materials) 1 - 2
• The alloy is free of nickel, beryllium, gallium and cadmium in accordance with DIN EN ISO 22674

Package:

• 1 piece.

Amber Mill Disc 98x14mm

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.

Package:

1 piece.

Scan Spray - 200ml scanning spray (spray powder)

Powder-based spray formulation that improves the quality of scanning models by scanners used in CAD / CAM technology. Efficient 200 ml packaging.

Instruction:

When using, keep the package upright, use from a distance of 4-6 cm. After scanning, you can clean the model with hot steam.

CFC free - not flammable.

Packaging: 200 ml Made in Germany

Amber Mill Disc 98x16mm

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.

Package:

1 piece.

Zirconium HT White 98x10 mm

Zirconium is a new line of zirconium oxide materials designed for use in cad / cam technology. Zirconium products have SFDA, ISO13485, CE and FDA certificates. Due to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is an element characteristic of high-quality zirconium discs.

HT- High translucent

Features:

• recommended for foundations
• very high strength

Destiny:

• Cap
• Bridges
• 3- 4 point bridge
• Bridge with an evidence (not recommended for patients with bruxism)
• Bridge on inlays (not recommended for patients with bruxism)
• Maryland bridge (not recommended for patients with bruxism)
• Telescopic crown
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 -> 99%
• Y2O3 - 4.5% ~ 6%
• HfO2 - <5%
• Al2O3 - <0.5%
• Other oxides - <0.5%

Physical properties:

• Density before sintering - 3.1 + 0.5g / cm3

• Density after sintering - 6.08 + 0.01 g / cm3

• CTE (25- 500 ° C) 10.05 + 1.0 × 10- 6K- 1

• Strength after sintering - 1400 Mpa

• Percentage of monoclinic phase Accelerated aging (%) - <15%

• Average translucency - 43%

• Cytotoxicity test - 0

• Radioactivity- <0.1Bq / g

• Sintering temperature - 1400 ~ 1550 ° C

Package:

1 piece

Amber Mill C12 / 5pcs

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:

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

Package:

• 5 pcs

Telescan - a preparation improving contrast for CAD / CAM scanning

Preparation preparing the surface of the model for CAD / CAM scanning.

Features:

• significantly improves the contrast,
• has an anti-reflective component.

Application:

Spray the model from a distance of 10-15 cm so that a thin layer of the preparation is formed.

Shake well before use.

Package:

75 ml

Ambarino 98x20mm - ceramics 70%, composite 30%

Ambarino highly aesthetic material, a mixture of 70% ceramics and 30% composite. The most flexible ceramic on the market. Its flexibility allows it to absorb the force of the opposing teeth during chewing, which minimizes cracks and mechanical damage to the restoration.

Application:

• Permanent and temporary prosthetic restorations (crowns, bridges, inlays, onlays, veneers)
• Perfect for fully anatomical work in the anterior and posterior regions.

Package:

1 piece.

Zirconium milling wax gray 98x14mm Promotion

Synthetic milling wax, very hard, not sticky. It guarantees high precision of work. Size 98x14mm

Package:

1 piece

IPS Empress CAD Cerec / InLab LT I 12 / 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 I 12:

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

Package:

1 box / 5pcs

IPS Empress for CEREC / inLab CAD LT C14 / 5

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

IPS Empress CAD Cerec / InLab Multi I12 / 5pcs

Leucite-reinforced glass-ceramic 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 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 that of a natural tooth, which allows for a perfect fit of the restoration to your own teeth. Thanks to the innovative combination of a natural color scheme, translucency and fluorescence, highly aesthetic restorations are created in the easiest way.

Dimensions I 12:

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

Package:

1pack / 5pcs

Ips E. Max Cad Cerec / inLab LT I12

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.

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 Cerec / InLab LT C14 / 5pcs

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. In its pre-crystallized state, the block 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 C14:

• Width: 12.4mm

• Length: 14.5 mm

• Height: 18.0 mm

  Package:

• 5 pcs

IPS Empress CAD Cerec / InLab Multi A2 C14 / 5pcs

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

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
• 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. Thanks to the innovative combination of a natural color scheme, translucency and fluorescence, highly aesthetic restorations are created in the easiest way.

Dimensions C14:

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

Package:

• 1pack / 5pcs

Ips E.Max CAD Cerec / inLab HT I12 / 5

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

Ambarino 98x20mm BL2 - ceramic 70% composite 30%

Ambarino highly aesthetic material, a mixture of 70% ceramics and 30% composite. The most flexible ceramic on the market. Its flexibility allows it to absorb the force of the opposing teeth during chewing, which minimizes cracks and mechanical damage to the restoration.

Application:

• Permanent and temporary prosthetic restorations (crowns, bridges, inlays, onlays, veneers)
• Perfect for fully anatomical work in the anterior and posterior regions.

Package:

1 piece.

UP3D prosthetic scanner UP560

Ultra-fast scanner with unrivaled accuracy with two 3.0 MP cameras that allow for efficient work and effective scanning:

• traditional models
• split models
• models intended for frame work (scanning real textures)
• models with kk inserts (scan body)
• full arch models with implants in a single scan cycle
• impressions
• models placed in an articulator (Virtual Articulator)
• models captured in a hand-held occlusion

The UP560 scanner is the successor to the UP360 + model. The use of 2 independently working cameras with a resolution of 3.0 MP and high frame rate allows for faster capture of a much clearer image than cameras in competing scanners with lower parameters. Placing the cameras high above the model at the right angle enables effective scanning of models and impressions even with undercuts without "blind spots" and undiscovered elements. The built-in automatic detection of the preparation margin significantly speeds up planning.

Parameters:

• full arc scan: 15s
• scan of 12 bars: 17s
• scan of the impression: 35s
• All-in-one 21s scanning
• Camera: Dual 3.0MP (high frequency)
• automatic detection of the preparation margin
• accuracy: <6 microns
• light: blue + multi color
• interface: USB 3.0

The scanner can be purchased in 3 configurations:

• only with scanning software
• with EXOCAD scanning and design software
• with UPCAD scanning and design software

COMMERCIAL INFORMATION / CONTACT: Mikran.pl ul. Wojskowa 3 / L4 60-792 Poznań sklep@mikran.pl, www.mikran.pl Possibility of free presentation of the scanner in your studio / office. Call us: +48 603 804 204 or +48 530 596 166

Ips e.max CAD Cerec / inLab HT C14 / 5

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

Up3d Up300 + prosthetic scanner, included with EXOCAD software

Up300 scanner - universal, very fast prosthetic scanner. Comes with the EXOCAD system.

Advantages:

• full arc scan - 20 seconds
• accuracy of 10 microns
• interface- USB 3.0
• cameras - 2x1.3 MPx
• Technology - blue structured light
• Multi- - Die - 12 points
• articulator scanning - Yes (positioned sideways)

Package:

1 piece

Exocad - demo version of all available modules

NOTE: the demo key allows you to work with the program and available modules, it also allows you to import the * .stl file from the outside. It is impossible to save a finished project in the DEMO version.

Characteristic:

EXOCAD DentalCAD is the most frequently chosen CAD software by the manufacturers of laboratory scanners. A great tool for beginners, which in the hands of experienced users gives great opportunities.

EXOCAD has become famous in the CAD / CAM industry for its speed of operation and ease of use, which allows to significantly reduce implementation costs and maximize productivity. It is a reliable and solid tool in everyday work, even in the most advanced cases.

Exocad software is sold in a modular system, but the basic version offers great opportunities that will meet most of your daily needs.

As part of the basic module, you can design:

Anatomical and reduced frameworks Anatomical crowns Constructions up to 16 points Inlay / Onlay (also in bridges) Veneers Work with waxup and pre-op scans Telescopes

Additional modules:

Individual abutments and screw-on work Implants The module will allow you to design individual abutments Screw-on crowns Individual abutments and a bridge in one project A large library of implantological systems in the package. Exocad user interface

- Virtual articulator:

Dynamic determination of occlusions Precise transfer of occlusions from the articulators Adjusting parameters as in real articulators Predefined articulators of the most popular companies Possibility of cooperation with any articulator thanks to the open system design Various types of articulators with automatic occlusion adjustment Beams: advanced beam designs, fast and intuitive design of standard beams as well as creation individual, complex projects will allow you to deal with any case. Any shape of the beam. Standard and individual locks, latches, latches. A wide range of retention solutions

- Model creator:

Models ready for printing Create models from impression scans or data from intraoral scanners. Split models Monolithic models with movable posts Models with replicas of implants

- Temporary work:

Temporary crowns and bridges Temporary crowns

- Rails:

Relaxation splints and individual spoons Creating relaxation splints has never been so convenient. Design and send to production. New: the module will soon be expanded to include the possibility of creating individual impression trays.

Individual spoon Visualization of data from the tomograph The built-in DICOM file viewer allows you to restore the data from the tomograph when designing a prosthetic restoration. The module enables data exchange (position of teeth and implants) with external programs. Visualization of the image from the tomograph when designing TruSmile. Realistic project rendering. The TruSmile technology can be successfully used by dentists for marketing purposes. Realistic color selection Complete dentures Digitally designed dentures Digital solution for traditional acrylic dentures. The program enables digital model analysis and, on its basis, presents the suggested tooth positioning. A prosthesis prepared in this way can be ordered for 3D printing, milling or a combination of both methods. Complete dentures Tooth library Extensive tooth library The standard version of the exocad system has a wide range of teeth, but the user can purchase and apply new designs at any time. Extensive tooth library. Frame dentures The industry's best solution

IPS e.max CAD CEREC / inLab LT B32 / 3

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.

Milling drill bit type Imes Icore

Cutters adapted to Imes Icore milling machines. Head diameter 0.6mm, 1.0mm, 2.5mm. Chuck diameter 3mm. For milling in soft materials.

Package:

1 piece

Realloy BC - CoCr milling disc 98.5x14mm

Milling disc from the German company Realloy:

• 98.5 mm diameter compatible with most milling machines.
• Veneering alloy with ceramics.

Technical data:

• Hardness (HV) 290
• Elongation (%) 8
• Tensile strength (MPa) 560
• The yield point (MPa) at elongation 0.2% 400
• Modulus of elasticity (GPa) approx. 195
• Comp. thermal expansion (20'- 6000c) (10K) 14.1-14.4
• Density (g / cm ') 8.4

Composition:

• Co (%) 61.7
• Cr |%) 27.8
• Si (%) 1.6
• In (%) 8.5
• other (%) <1

Package:

1 piece

Realloy BC - CoCr milling disc 98.5x10mm

Milling disc from the German company Realloy:

• 98.5 mm diameter compatible with most milling machines.
• Veneering alloy with ceramics.

Technical data:

• Hardness (HV) 290
• Elongation (%) 8
• Tensile strength (MPa) 560
• The yield point (MPa) at elongation 0.2% 400
• Modulus of elasticity (GPa) approx. 195
• Comp. thermal expansion (20'- 6000c) (10K) 14.1-14.4
• Density (g / cm ') 8.4

Composition:

• Co (%) 61.7
• Cr |%) 27.8
• Si (%) 1.6
• In (%) 8.5
• other (%) <1

Package:

1 piece

Realloy BC - CoCr milling disc 98.5x12mm

Milling disc from the German company Realloy

• 98.5 mm diameter compatible with most milling machines.
• Veneering alloy with ceramics.

Technical data:

• Hardness (HV) 290
• Elongation (%) 8
• Tensile strength (MPa) 560
• The yield point (MPa) at elongation 0.2% 400
• Modulus of elasticity (GPa) approx. 195
• Comp. thermal expansion (20'- 6000c) (10K) 14.1-14.4
• Density (g / cm ') 8.4

Composition:

• Co (%) 61.7
• Cr |%) 27.8
• Si (%) 1.6
• In (%) 8.5
• other (%) <1

Package:

1 piece

Realloy BC - CoCr milling disc 98.5 x 13.5 mm

Milling disc from the German company Realloy:

• 98.5 mm diameter compatible with most milling machines.
• Veneering alloy with ceramics.

Technical data:

• Hardness (HV) 290
• Elongation (%) 8
• Tensile strength (MPa) 560
• The yield point (MPa) at elongation 0.2% 400
• Modulus of elasticity (GPa) approx. 195
• Comp. thermal expansion (20'- 6000c) (10K) 14.1-14.4
• Density (g / cm ') 8.4

Composition:

• Co (%) 61.7
• Cr |%) 27.8
• Si (%) 1.6
• In (%) 8.5
• other (%) <1

Package:

1 piece

Programat S1 1600 118-240V / 50-60Hz Promotion

The Programat S1 1600 is a compact lightweight sintering furnace for IPS e.max ZirCAD, Zenostar and other ZrO2.

A unique feature of this furnace is the maximum sintering temperature of 1600 ° C / 2912 ° F. Another advantage is the possibility of short-term sintering, which not only reduces the time needed to make zirconium oxide structures, but also saves energy. Programat S1 puts an end to long sintering processes, its capabilities allow you to sinter single crowns in 75 minutes and bridges (up to 4 points) in only 90 minutes. By comparison, conventional sintering furnaces take five to eight hours to perform the same process. Rapid sintering is also possible when making full-shape zirconium oxide crowns with increased translucency. For the laboratory, the possibility of short sintering means that crowns, bridges and zirconium structures can be made during a normal working day. The short sintering time does not affect the high strength of the material and the accuracy of matching zirconium structures, which has been confirmed by repeated scientific research. Additionally, the electricity consumption in the laboratory is drastically reduced

Primary Use:

• zirconium oxide sintering (i.e. IPS e.max ZirCAD, Zenostar)

Contraindications:

• firing traditional ceramic materials (i.e. IPS InLine, IPS d.SIGN) and materials that are not coordinated with the furnace.

Device Properties:

• Sintering temperature up to 1600 ° C / 2912 ° F
• Only 75 minutes of sintering for crowns and 90 minutes for bridges (up to 4 points, larger structures in 165 minutes)
• Fast FCZ programs.

Package:

1 piece

UP3D P52 zirconium milling machine

Intelligent 5-axis milling machine for universal use in dental prosthetics.

The stable single-body construction ensures maximum precision.

Functionalities:
- fully integrated control software from UP3D UPCAM, with a lifetime free license and updates, ensures reliable and safe operation of the device, and full control over the quality of work performed - the system of automatic continuation of work from the moment of interruption at any time, allows you to increase efficiency up to 80%

• automatic integrated lift start

• tool life sensor

• type 98.5 disk holder (open system) - built into the machine as standard,

• crescent-type disc holder allows for maximum use of the material

• automatic calibration

Application:

• crowns

• bridges

• substructures

• work on implants

• complete dentures

The device mills soft materials:

• zirconium

• wax

• PEEK

• PMMA

• gypsum

Parameters:

• dimensions: 620 × 430 × 560 （mm）

• weight: 79Kg

• power supply: AC 100 ~ 235V 、 50 ~ 60Hz

• power: 0.8KW

• spindle power: 0.52KW （max）

• axle count: 5-axes with the possibility of simultaneous movement (simultaneous)

• milling range: X / Y / Z ： 165/135 / 70mm A ： ± 30 ° B ： 360 °

• milling type: dry milling

• RPM: spindle 40,000 ~ 60,000rpm

• maximum milling capacity: 3000mm / min

• tool magazine: 11 tools

• tool changer: automatic [pneumatic]

• spindle cooling: compressed air 0.25 ~ 0.35MPa

• milling time

substructure ： zircon-10 min wax- 4.5 min

crown: zircon-13min wax-5.5min

• drill bit dimensions: 2 + 1 + 0.6 （Φ4）

IPS e.max CAD CEREC / inLab MT C14 / 5

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

MESA - Magnum Splendidum Co-Cr disk 98.5x10mm

MAGNUM SPLENDIDUM 98x10mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Advantages:

• Excellent polishability
• Thermal expansion coefficient suitable for most ceramics.

Composition in%;

• Every 60
• Cr 28
• In 9
• Si1.5
• Mn, Fe 1.5

Technical data:

• Melting point 1308-1384 ° C
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 - (25- 600C) 14.4x10- 6K- 1
• Density - 8.5 g / cm3
• Vickers hardness 273 HV10
• Elongation at break 16%
• Unit yield point - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

Mesa-Magnum Splendidum Co-Cr disk 98.5x12mm

MAGNUM SPLENDIDUM 98.5x12mm - Co-Cr disc for milling crowns and bridges veneered with ceramics.

Advantages:

• Excellent polishability
• Thermal expansion coefficient suitable for most ceramics.

Composition in%;

• Every 60
• Cr 28
• In 9
• Si1.5
• Mn, Fe 1.5

Technical data:

• Melting point 1308-1384 ° C
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 - (25- 600C) 14.4x10- 6K- 1
• Density - 8.5 g / cm3
• Vickers hardness 273 HV10
• Elongation at break 16%
• Unit yield point - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

Mesa- Magnum Splendidum Co-Cr disk 98.5x13.5mm

MAGNUM SPLENDIDUM 98.5x13.5mm - Co-Cr disc for milling crowns and bridges veneered with ceramics.

Advantages:

• Excellent polishability
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 60
• Cr 28
• In 9
• Si1.5
• Mn, Fe 1.5

Technical data:

• Melting point 1308-1384 ° C
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 - (25- 600C) 14.4x10- 6K- 1
• Density - 8.5 g / cm3
• Vickers hardness 273 HV10
• Elongation at break 16%
• Unit yield point - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

Mesa-Magnum Splendidum Co-Cr disk 98.5x15mm

MAGNUM SPLENDIDUM 98.5x15mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Advantages:

• Excellent polishability
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 60
• Cr 28
• In 9
• Si1.5
• Mn, Fe 1.5

Technical data:

• Melting point 1308-1384 ° C
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 - (25- 600C) 14.4x10- 6K- 1
• Density - 8.5 g / cm3
• Vickers hardness 273 HV10
• Elongation at break 16%
• Unit yield point - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

Mesa-Magnum Splendidum Co-Cr disk 98.5x16mm

MAGNUM SPLENDIDUM 98.5x16mm - Co-Cr disc for milling crowns and bridges veneered with ceramics.

Advantages:

• Excellent polishability
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 60
• Cr 28
• In 9
• Si1.5
• Mn, Fe 1.5

Technical data:

• Melting point 1308-1384 ° C
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 - (25- 600C) 14.4x10- 6K- 1
• Density - 8.5 g / cm3
• Vickers hardness 273 HV10
• Elongation at break 16%
• Unit yield point - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

Mesa-Magnum Splendidum Co-Cr disk 98.5x18mm

MAGNUM SPLENDIDUM 98.5x18mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Advantages:

• Excellent polishability
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 60
• Cr 28
• In 9
• Si1.5
• Mn, Fe 1.5

Technical data:

• Melting point 1308-1384 ° C
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 - (25- 600C) 14.4x10- 6K- 1
• Density - 8.5 g / cm3
• Vickers hardness 273 HV10
• Elongation at break 16%
• Unit yield point - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

Zirconium HT White 38x12mm Promotion

Zirconium is a new line of zirconium oxide materials designed for use in cad / cam technology. Zirconium products have SFDA, ISO13485, CE and FDA certificates. Due to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is an element characteristic of high-quality zirconium discs.

HT- High translucent

Features:

• recommended for foundations
• very high strength

Destiny:

• Cap
• Bridges
• 3- 4 point bridge
• Bridge with an evidence (not recommended for patients with bruxism)
• Bridge on inlays (not recommended for patients with bruxism)
• Maryland bridge (not recommended for patients with bruxism)
• Telescopic crown
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 -> 99%
• Y2O3 - 4.5% ~ 6%
• HfO2 - <5%
• Al2O3 - <0.5%
• Other oxides - <0.5%

Physical properties:

• Density before sintering - 3.1 + 0.5g / cm3

• Density after sintering - 6.08 + 0.01 g / cm3

• CTE (25- 500 ° C) 10.05 + 1.0 × 10- 6K- 1

• Strength after sintering - 1400 Mpa

• Percentage of monoclinic phase Accelerated aging (%) - <15%

• Average translucency - 43%

• Cytotoxicity test - 0

• Radioactivity- <0.1Bq / g

• Sintering temperature - 1400 ~ 1550 ° C

Package:

1 piece

Zirconium HT White 98x14mm Promotion

Zirconium is a new line of zirconium oxide materials designed for use in cad / cam technology. Zirconium products have SFDA, ISO13485, CE and FDA certificates. Due to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is an element characteristic of high-quality zirconium discs.

HT- High translucent

Features:

• recommended for foundations
• very high strength

Destiny:

• Cap
• Bridges
• 3- 4 point bridge
• Bridge with an evidence (not recommended for patients with bruxism)
• Bridge on inlays (not recommended for patients with bruxism)
• Maryland bridge (not recommended for patients with bruxism)
• Telescopic crown
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 -> 99%
• Y2O3 - 4.5% ~ 6%
• HfO2 - <5%
• Al2O3 - <0.5%
• Other oxides - <0.5%

Physical properties:

• Density before sintering - 3.1 + 0.5g / cm3

• Density after sintering - 6.08 + 0.01 g / cm3

• CTE (25- 500 ° C) 10.05 + 1.0 × 10- 6K- 1

• Strength after sintering - 1400 Mpa

• Percentage of monoclinic phase Accelerated aging (%) - <15%

• Average translucency - 43%

• Cytotoxicity test - 0

• Radioactivity- <0.1Bq / g

• Sintering temperature - 1400 ~ 1550 ° C

Package:

1 piece

Zirconium HT White 98x16mm Promotion

Zirconium is a new line of zirconium oxide materials designed for use in cad / cam technology. Zirconium products have SFDA, ISO13485, CE and FDA certificates. Due to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is an element characteristic of high-quality zirconium discs.

HT- High translucent

Features:

• recommended for foundations
• very high strength

Destiny:

• Cap
• Bridges
• 3- 4 point bridge
• Bridge with an evidence (not recommended for patients with bruxism)
• Bridge on inlays (not recommended for patients with bruxism)
• Maryland bridge (not recommended for patients with bruxism)
• Telescopic crown
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 -> 99%
• Y2O3 - 4.5% ~ 6%
• HfO2 - <5%
• Al2O3 - <0.5%
• Other oxides - <0.5%

Physical properties:

• Density before sintering - 3.1 + 0.5g / cm3

• Density after sintering - 6.08 + 0.01 g / cm3

• CTE (25- 500 ° C) 10.05 + 1.0 × 10- 6K- 1

• Strength after sintering - 1400 Mpa

• Percentage of monoclinic phase Accelerated aging (%) - <15%

• Average translucency - 43%

• Cytotoxicity test - 0

• Radioactivity- <0.1Bq / g

• Sintering temperature - 1400 ~ 1550 ° C

Package:

1 piece

Zirconium ST White 98x10mm

Zirconium is a new line of zirconium oxide materials designed for use in cad / cam technology. Zirconium products have SFDA, ISO13485, CE and FDA certificates. Due to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is an element characteristic of high-quality zirconium discs.

ST-Super translucent

Features:

• recommended for work in full anatomical shape in the posterior region

Destiny:

• Cap
• Bridges
• 3- 4 point bridge
• Bridge with an evidence (not recommended for patients with bruxism)
• Bridge on inlays (not recommended for patients with bruxism)
• Maryland bridge (not recommended for patients with bruxism)
• Telescopic crown
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 -> 99%
• Y2O3 - 4.5% ~ 6%
• HfO2 - <5%
• Al2O3 - <0.5%
• Other oxides - <0.5%

Physical properties:

• Density before sintering - 3.1 + 0.5g / cm3

• Density after sintering - 6.08 + 0.01 g / cm3

• CTE (25- 500 ° C) 10.05 + 1.0 × 10- 6K- 1

• Strength after sintering - 1200 Mpa

• Percentage of monoclinic phase Accelerated aging (%) - <15%

• Average translucency - 43%

• Cytotoxicity test - 0

• Radioactivity- <0.1Bq / g

• Sintering temperature - 1530 ° C

Package:

1 piece

Zirconium ST White 98x12mm

Zirconium is a new line of zirconium oxide materials designed for use in cad / cam technology. Zirconium products have SFDA, ISO13485, CE and FDA certificates. Due to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is an element characteristic of high-quality zirconium discs.

ST-Super translucent

Features:

• recommended for work in full anatomical shape in the posterior region

Destiny:

• Cap
• Bridges
• 3- 4 point bridge
• Bridge with an evidence (not recommended for patients with bruxism)
• Bridge on inlays (not recommended for patients with bruxism)
• Maryland bridge (not recommended for patients with bruxism)
• Telescopic crown
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 -> 99%
• Y2O3 - 4.5% ~ 6%
• HfO2 - <5%
• Al2O3 - <0.5%
• Other oxides - <0.5%

Physical properties:

• Density before sintering - 3.1 + 0.5g / cm3

• Density after sintering - 6.08 + 0.01 g / cm3

• CTE (25- 500 ° C) 10.05 + 1.0 × 10- 6K- 1

• Strength after sintering - 1200 Mpa

• Percentage of monoclinic phase Accelerated aging (%) - <15%

• Average translucency - 43%

• Cytotoxicity test - 0

• Radioactivity- <0.1Bq / g

• Sintering temperature - 1400 ~ 1550 ° C

Package:

1 piece

Zirconium ST White 98x14mm

Zirconium is a new line of zirconium oxide materials designed for use in cad / cam technology. Zirconium products have SFDA, ISO13485, CE and FDA certificates. Due to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is an element characteristic of high-quality zirconium discs.

ST-Super translucent

Features:

• recommended for work in full anatomical shape in the posterior region

Destiny:

• Cap
• Bridges
• 3- 4 point bridge
• Bridge with an evidence (not recommended for patients with bruxism)
• Bridge on inlays (not recommended for patients with bruxism)
• Maryland bridge (not recommended for patients with bruxism)
• Telescopic crown
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 -> 99%
• Y2O3 - 4.5% ~ 6%
• HfO2 - <5%
• Al2O3 - <0.5%
• Other oxides - <0.5%

Physical properties:

• Density before sintering - 3.1 + 0.5g / cm3

• Density after sintering - 6.08 + 0.01 g / cm3

• CTE (25- 500 ° C) 10.05 + 1.0 × 10- 6K- 1

• Strength after sintering - 1200 Mpa

• Percentage of monoclinic phase Accelerated aging (%) - <15%

• Average translucency - 43%

• Cytotoxicity test - 0

• Radioactivity- <0.1Bq / g

• Sintering temperature - 1400 ~ 1550 ° C

Package:

1 piece

Zirconium STWhite 98x16mm

Zirconium is a new line of zirconium oxide materials designed for use in cad / cam technology. Zirconium products have SFDA, ISO13485, CE and FDA certificates. Due to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is an element characteristic of high-quality zirconium discs.

ST-Super translucent

Features:

• recommended for work in full anatomical shape in the posterior region

Destiny:

• Cap
• Bridges
• 3- 4 point bridge
• Bridge with an evidence (not recommended for patients with bruxism)
• Bridge on inlays (not recommended for patients with bruxism)
• Maryland bridge (not recommended for patients with bruxism)
• Telescopic crown
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 -> 99%
• Y2O3 - 4.5% ~ 6%
• HfO2 - <5%
• Al2O3 - <0.5%
• Other oxides - <0.5%

Physical properties:

• Density before sintering - 3.1 + 0.5g / cm3

• Density after sintering - 6.08 + 0.01 g / cm3

• CTE (25- 500 ° C) 10.05 + 1.0 × 10- 6K- 1

• Strength after sintering - 1200 Mpa

• Percentage of monoclinic phase Accelerated aging (%) - <15%

• Average translucency - 43%

• Cytotoxicity test - 0

• Radioactivity- <0.1Bq / g

• Sintering temperature - 1400 ~ 1550 ° C

Package:

1 piece

Zirconium ST Color 98x10mm Promotion

Zirconium is a new line of zirconium oxide materials designed for use in cad / cam technology. Zirconium products have SFDA, ISO13485, CE and FDA certificates. Due to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is an element characteristic of high-quality zirconium discs.

ST-Super translucent

Features:

• recommended for work in full anatomical shape in the posterior region

Destiny:

• Cap
• Bridges
• 3- 4 point bridge
• Bridge with an evidence (not recommended for patients with bruxism)
• Bridge on inlays (not recommended for patients with bruxism)
• Maryland bridge (not recommended for patients with bruxism)
• Telescopic crown
• Individual connectors

Chemical composition:

• ZrO2 + HfO2 + Y2O3> 98%
• Fe2O3 <0.3%
• Pr2O3 <0.3%
• Er2O3 <0.3%
• Other oxides <0.5%.

Physical properties:

• Density before sintering - 3.1 + 0.5g / cm3
• Density after sintering - 6.08 + 0.01 g / cm3
• CTE (25- 500 ° C) - 10.05 + 1.0 × 10- 6K- 1
• Strength after sintering - 1100 Mpa
• Percentage of monoclinic phase aging (%) <15%
• Cytotoxicity testing - 0 Level
• Radioactivity <0.1Bq / g
• Sintering temperature 1530 ° C

Package:

1 piece

Package:

1 piece

Zirconium ST Color 98x12mm Promotion

Zirconium is a new line of zirconium oxide materials designed for use in cad / cam technology. Zirconium products have SFDA, ISO13485, CE and FDA certificates. Due to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is an element characteristic of high-quality zirconium discs.

ST-Super translucent

Features:

• recommended for work in full anatomical shape in the posterior region

Destiny:

• Cap
• Bridges
• 3- 4 point bridge
• Bridge with an evidence (not recommended for patients with bruxism)
• Bridge on inlays (not recommended for patients with bruxism)
• Maryland bridge (not recommended for patients with bruxism)
• Telescopic crown
• Individual connectors

Chemical composition:

• ZrO2 + HfO2 + Y2O3> 98%
• Fe2O3 <0.3%
• Pr2O3 <0.3%
• Er2O3 <0.3%
• Other oxides <0.5%.

Physical properties:

• Density before sintering - 3.1 + 0.5g / cm3
• Density after sintering - 6.08 + 0.01 g / cm3
• CTE (25- 500 ° C) - 10.05 + 1.0 × 10- 6K- 1
• Strength after sintering - 1100 Mpa
• Percentage of monoclinic phase aging (%) <15%
• Cytotoxicity testing - 0 Level
• Radioactivity <0.1Bq / g
• Sintering temperature 1500 ~ 1580 ° C

Package:

1 piece