MAGNUM SOLARE 98.5x18mm - Co-Cr disc for milling ceramic-faced crowns and bridges.

Advantages:

• Lower hardness of 255 HV10, which facilitates milling and reduces wear of cutters.
• Pure oxidation.
• Thermal expansion coefficient suitable for most ceramic materials.

Composition in %:

• every 66
• Cr 27
• May 6
• Si,Mn 1

Technical data:

• Melting point 1307°C - 1417°C.
• Coefficient of thermal expansion - (25- 500 °C) 14.3 x10 - 6K- 1 - (25- 600 °C) 14.5 x 10- 6K- 1.
• Density - 8.4g/cm3.
• Vickers hardness 255 HV10.
• Percent elongation at break 11%.
• Unit yield strength - 395 Mpa.
• Modulus of elasticity 233 GPa.

Packaging:

• 1 piece

New ERGAL discs for testing and fitting work. It is an alloy (aluminum with zinc, magnesium and copper and trace additives of other metals).

Due to its excellent milling performance, this alloy is well suited for the production of test pieces. In addition, it guarantees extremely high precision and, at the same time, extreme ease of execution.

Package:

• 1 piece

New ERGAL discs for testing and fitting work. It is an alloy (aluminum with zinc, magnesium and copper and trace additives of other metals).

Due to its excellent milling performance, this alloy is well suited for the production of test pieces. In addition, it guarantees extremely high precision and, at the same time, extreme ease of execution.

Package:

• 1 piece

Realloy milling disc

Characteristics:

• Diameter 98.5 mm compatible with most milling machines.
• Alloy for veneering with ceramics.

Technical data:

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

Composition:

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

Packaging:

1 piece

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

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

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

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

Benefits:

• 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 percentage at break 16%
• Unit yield point - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

• 1 piece

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

Benefits:

• 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 percentage at break 16%
• Unit yield strength - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

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

Benefits:

• 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 percentage at break 16%
• Unit yield strength - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

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

Benefits:

• 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 percentage at break 16%
• Unit yield strength - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

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

Benefits:

• 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 percentage at break 16%
• Unit yield strength - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

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

Benefits:

• 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 percentage at break 16%
• Unit yield strength - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

MAGNUM SPLENDIDUM 98.5x10mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Benefits:

• 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 \ u2013 1384 C.
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 \ u2013 (25- 600C) 14.4x10- 6K- 1
• Density \ u2013 8.5g / cm3
• Vickers hardness 273 HV10
• Elongation percentage at break 16%
• Unit yield strength \ u2013 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

MAGNUM SPLENDIDUM 98x8mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Benefits:

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

Technical data:

• Melting point 1308 \ u2013 1384 C.
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 \ u2013 (25- 600C) 14.4x10- 6K- 1
• Density \ u2013 8.5g / cm3
• Vickers hardness 273 HV10
• Elongation percentage at break 16%
• Unit yield strength \ u2013 360 Mpa
• Modulus of elasticity 183 GPa

Package:

• 1 piece

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

Milling disk by the German company Realloy. Diameter 98.5 mm, compatible with most milling machines. Alloy for ceramic crowns.

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

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

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

MAGNUM SOLARE 98.5x10mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Benefits:

• Less hardness 255 HV10, which facilitates milling and reduces wear of cutters.
• Pure oxidation
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 66
• Cr 27
• Mo 6
• Si, Mn 1

Technical data:

• Melting point 1307 - 1417 C
• Thermal expansion coefficient - (25-500 C) 14.3 x10 - 6K- 1 - (25- 600C) 14.5x10- 6K- 1
• Density - 8.4 g / cm3
• Vickers hardness 255 HV10
• Elongation at break 11%
• Unit yield point - 395 Mpa
• Modulus of elasticity 233 GPa

Package:

1 piece

MAGNUM SOLARE 98.5x12mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Benefits:

• Less hardness 255 HV10, which facilitates milling and reduces wear of cutters.
• Pure oxidation
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 66
• Cr 27
• Mo 6
• Si, Mn 1

Technical data:

• Melting point 1307 - 1417 C
• Thermal expansion coefficient - (25-500 C) 14.3 x10 - 6K- 1 - (25- 600C) 14.5x10- 6K- 1
• Density - 8.4 g / cm3
• Vickers hardness 255 HV10
• Elongation at break 11%
• Unit yield point - 395 Mpa
• Modulus of elasticity 233 GPa

Package:

1 piece

MAGNUM SOLARE 98.5x13.5mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Benefits:

• Less hardness 255 HV10, which facilitates milling and reduces wear of cutters.
• Pure oxidation
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 66
• Cr 27
• Mo 6
• Si, Mn 1

Technical data:

• Melting point 1307 - 1417 C
• Thermal expansion coefficient - (25-500 C) 14.3 x10 - 6K- 1 - (25- 600C) 14.5x10- 6K- 1
• Density - 8.4 g / cm3
• Vickers hardness 255 HV10
• Elongation at break 11%
• Unit yield point - 395 Mpa
• Modulus of elasticity 233 GPa

Package:

1 piece

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

Benefits:

• Less hardness 255 HV10, which facilitates milling and reduces wear of cutters.
• Pure oxidation
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 66
• Cr 27
• Mo 6
• Si, Mn 1

Technical data:

• Melting point 1307 - 1417 C
• Thermal expansion coefficient - (25-500 C) 14.3 x10 - 6K- 1 - (25- 600C) 14.5x10- 6K- 1
• Density - 8.4 g / cm3
• Vickers hardness 255 HV10
• Elongation at break 11%
• Unit yield point - 395 Mpa
• Modulus of elasticity 233 GPa

Package:

1 piece

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

Benefits:

• Less hardness 255 HV10, which facilitates milling and reduces wear of cutters.
• Pure oxidation
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 66
• Cr 27
• Mo 6
• Si, Mn 1

Technical data:

• Melting point 1307 - 1417 C
• Thermal expansion coefficient - (25-500 C) 14.3 x10 - 6K- 1 - (25- 600C) 14.5x10- 6K- 1
• Density - 8.4 g / cm3
• Vickers hardness 255 HV10
• Elongation at break 11%
• Unit yield point - 395 Mpa
• Modulus of elasticity 233 GPa

Package:

1 piece

MESA MAGNUM HYPERONE Titanium-based milling discs for Mesa 98.5mm open systems.

They are characterized by high biocompatibility. Manufactured in accordance with ASTM F136.

Percentage chemical composition:

• Ti 90%
• Al 6%
• V 4%
• Fe others

The minimum thickness of the structure is 0.3mm for simple structures and 0.5mm for more complicated cases or for patients with bruxism. Avoid sharp angles. Separate the milled structures from the disc with tungsten carbide drill bits or titanium grinding wheels. Clean with acetone or bioalcohol to eliminate any oiliness. After finishing the treatment, the product should be sandblasted with aluminum oxide from 110 to 150 microns under a maximum pressure of 2-3 bar, and then steam cleaned. After cleaning the product, handle it with forceps.

Physical and Mechanical Properties:

• Density: 4.426 g / cm3
• Melting point: 1605-1660 ° C
• Melting point: 1710 ° C
• Unit yield point: 880 MPa
• Percent elongation at break: 14%
• Modulus of elasticity: 114 GPa
• Vickers hardness: 312 HV10

Package:

1 piece.

MESA MAGNUM HYPERONE Titanium-based milling discs for Mesa 98.5mm open systems.

They are characterized by high biocompatibility. Manufactured in accordance with ASTM F136.

Percentage chemical composition:

• Ti 90%
• Al 6%
• V 4%
• Fe others

The minimum thickness of the structure is 0.3mm for simple structures and 0.5mm for more complicated cases or for patients with bruxism. Avoid sharp angles. Separate the milled structures from the disc with tungsten carbide drill bits or titanium grinding wheels. Clean with acetone or bioalcohol to eliminate any oiliness. After finishing the treatment, the product should be sandblasted with aluminum oxide from 110 to 150 microns under a maximum pressure of 2-3 bar, and then cleaned with steam. After cleaning the product, handle it with forceps.

Physical and Mechanical Properties:

• Density: 4.426 g / cm3
• Melting point: 1605-1660 ° C
• Melting point: 1710 ° C
• Unit yield point: 880 MPa
• Percentage elongation at break: 14%
• Modulus of elasticity: 114 GPa
• Vickers hardness: 312 HV10

Package:

• 1 piece.

MESA MAGNUM HYPERONE Titanium-based milling discs for Mesa 98.5mm open systems.

They are characterized by high biocompatibility. Manufactured in accordance with ASTM F136.

Percentage chemical composition:

• Ti 90%
• Al 6%
• V 4%
• Fe others

The minimum thickness of the structure is 0.3mm for simple structures and 0.5mm for more complicated cases or for patients with bruxism. Avoid sharp angles. Separate the milled structures from the disc with tungsten carbide drill bits or titanium grinding wheels. Clean with acetone or bioalcohol to eliminate any oiliness. After finishing the treatment, the product should be sandblasted with aluminum oxide from 110 to 150 microns under a maximum pressure of 2-3 bar, and then cleaned with steam. After cleaning the product, handle it with forceps.

Physical and Mechanical Properties:

• Density: 4.426 g / cm3
• Melting point: 1605-1660 ° C
• Melting point: 1710 ° C
• Unit yield point: 880 MPa
• Percentage elongation at break: 14%
• Modulus of elasticity: 114 GPa
• Vickers hardness: 312 HV10

Package:

• 1 piece.

MESA MAGNUM HYPERONE Titanium-based milling discs for Mesa 98.5mm open systems.

They are characterized by high biocompatibility. Manufactured in accordance with ASTM F136.

Percentage chemical composition:

• Ti 90%
• Al 6%
• V 4%
• Fe others

The minimum thickness of the structure is 0.3mm for simple structures and 0.5mm for more complicated cases or for patients with bruxism. Avoid sharp angles. Separate the milled structures from the disc with tungsten carbide drill bits or titanium grinding wheels. Clean with acetone or bioalcohol to eliminate any oiliness. After finishing the treatment, the product should be sandblasted with aluminum oxide from 110 to 150 microns under a maximum pressure of 2-3 bar, and then steam cleaned. After cleaning the product, handle it with forceps.

Physical and Mechanical Properties:

• Density: 4.426 g / cm3
• Melting point: 1605-1660 ° C
• Melting point: 1710 ° C
• Unit yield point: 880 MPa
• Percent elongation at break: 14%
• Modulus of elasticity: 114 GPa
• Vickers hardness: 312 HV10

Package:

1 piece.

The world's first "medium-soft" Co / Cr milling discs with a diameter of 98 mm - wet or dry! The material is pre-sintered, resulting in finer structures and minimal wall thicknesses. The disc no longer contains binder, so the sintering time is significantly reduced, resulting in less argon gas consumption. Produced in an isostatic high pressure process. Very little wear on drills.

Sizes:

• 98x12mm
• 98x14mm

Package:

• 1 piece

Wax-soft Co / Cr milling discs - wet or dry! The isostatic process of high-pressure production allows the creation of bridges with up to 14 points and even restorations on implants. Type 4 base metal alloy, so there are no restrictions compared to milled or cast Co / Cr alloys. A small shrinkage allows you to place up to 40 pieces in a blank. Minimal drill bit wear.

Sizes:

• 98x12 mm
• 98x14 mm

Package:

• 1 piece

MAGNUM SOLARE 98.5x16mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Benefits:

• Less hardness 255 HV10, which facilitates milling and reduces wear of cutters.
• Pure oxidation
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 66
• Cr 27
• Mo 6
• Si, Mn 1

Technical data:

• Melting point 1307 - 1417 C
• Thermal expansion coefficient - (25-500 C) 14.3 x10 - 6K- 1 - (25- 600C) 14.5x10- 6K- 1
• Density - 8.4 g / cm3
• Vickers hardness 255 HV10
• Elongation at break 11%
• Unit yield point - 395 Mpa
• Modulus of elasticity 233 GPa

Package:

• 1 piece

MAGNUM SOLARE 98.5x8mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Benefits:

• Less hardness 255 HV10, which facilitates milling and reduces wear of cutters.
• Pure oxidation
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 66
• Cr 27
• Mo 6
• Si, Mn 1

Technical data:

• Melting point 1307 - 1417 C
• Thermal expansion coefficient - (25-500 C) 14.3 x10 - 6K- 1 - (25- 600C) 14.5x10- 6K- 1
• Density - 8.4 g / cm3
• Vickers hardness 255 HV10
• Elongation at break 11%
• Unit yield point - 395 Mpa
• Modulus of elasticity 233 GPa

Package:

• 1 piece

MESA MAGNUM HYPERONE Titanium-based milling discs for Mesa 98.5mm open systems.

• They are characterized by high biocompatibility.
• Manufactured in accordance with ASTM F136.

Percentage chemical composition:

• Ti 90%
• Al 6%
• V 4%
• Fe others

The minimum thickness of the structure is 0.3mm for simple structures and 0.5mm for more complicated cases or for patients with bruxism. Avoid sharp angles. Separate the milled structures from the disc with tungsten carbide drill bits or titanium grinding wheels. Clean with acetone or bioalcohol to eliminate any oiliness. After finishing the treatment, the product should be sandblasted with aluminum oxide from 110 to 150 microns under a maximum pressure of 2-3 bar, and then cleaned with steam. After cleaning the product, handle it with forceps.

Physical and Mechanical Properties:

• Density: 4.426 g / cm3
• Melting point: 1605-1660 ° C
• Melting point: 1710 ° C
• Unit yield point: 880 MPa
• Percentage elongation at break: 14%
• Modulus of elasticity: 114 GPa
• Vickers hardness: 312 HV10

Package:

• 1 piece.