CAD/CAM

Proven CoCr bonding alloy for CAD/CAM milling systems. Optimized casting structure in implant quality.
Advantages:

• proven remanium^® star composition
• certified and time-tested base material for all applications in crown and bridge work
• ductility and strength Type 3, DIN EN ISO 22674 suitable for machining
• ideal for ceramic veneering using the conventional CTE range
• highly suitable for secondary parts
• excellent laser weldability

: 98.4 mm
Thickness: 10 mm
Border: without
Norm: DIN EN ISO 22674 (Type 3)
Indication: for all constructions manufactured using milling technique such as crowns, bridges, supra-structures, and also ceramic bonding with suitable ceramics (e.g. ceraMotion^® Me)

Technical data
Solidus temperature: 1320 ℃ / 2408 ℉
Liquidus temperature: 1420 ℃ / 2588 ℉
Elongation A₅: 5.9 %
Tensile strength R_m: 506 MPa
Modulus of elasticity E: 202 GPa
Hardness: 281 HV 10
0.2% Yield strength R_p0.2: 320 MPa
CTE 25 ℃ – 500 ℃ / 77 ℉ – 932 ℉: 14.1 x 10^-6 K^-1
Density: 8.5 g/cm³

Alloy composition
Co: 60 %
Cr: 28 %
W: 9 %
Si: 1 %
Nb: <1 %
Mn: <1 %
N: <1 %
Fe: <1 %

Proven CoCr bonding alloy for CAD/CAM milling systems. Optimized casting structure in implant quality.
Advantages:

• proven remanium^® star composition
• certified and time-tested base material for all applications in crown and bridge work
• ductility and strength Type 3, DIN EN ISO 22674 suitable for machining
• ideal for ceramic veneering using the conventional CTE range
• highly suitable for secondary parts
• excellent laser weldability

: 98.4 mm
Thickness: 12 mm
Border: 10 mm
Norm: DIN EN ISO 22674 (Type 3)
Indication: for all constructions manufactured using milling technique such as crowns, bridges, supra-structures, and also ceramic bonding with suitable ceramics (e.g. ceraMotion^® Me)

Technical data
Solidus temperature: 1320 ℃ / 2408 ℉
Liquidus temperature: 1420 ℃ / 2588 ℉
Elongation A₅: 5.9 %
Tensile strength R_m: 506 MPa
Modulus of elasticity E: 202 GPa
Hardness: 281 HV 10
0.2% Yield strength R_p0.2: 320 MPa
CTE 25 ℃ – 500 ℃ / 77 ℉ – 932 ℉: 14.1 x 10^-6 K^-1
Density: 8.5 g/cm³

Alloy composition
Co: 60 %
Cr: 28 %
W: 9 %
Si: 1 %
Nb: <1 %
Mn: <1 %
N: <1 %
Fe: <1 %

Proven CoCr bonding alloy for CAD/CAM milling systems. Optimized casting structure in implant quality.
Advantages:

• proven remanium^® star composition
• certified and time-tested base material for all applications in crown and bridge work
• ductility and strength Type 3, DIN EN ISO 22674 suitable for machining
• ideal for ceramic veneering using the conventional CTE range
• highly suitable for secondary parts
• excellent laser weldability

: 98.4 mm
Thickness: 13.5 mm
Border: 10 mm
Norm: DIN EN ISO 22674 (Type 3)
Indication: for all constructions manufactured using milling technique such as crowns, bridges, supra-structures, and also ceramic bonding with suitable ceramics (e.g. ceraMotion^® Me)

Technical data
Solidus temperature: 1320 ℃ / 2408 ℉
Liquidus temperature: 1420 ℃ / 2588 ℉
Elongation A₅: 5.9 %
Tensile strength R_m: 506 MPa
Modulus of elasticity E: 202 GPa
Hardness: 281 HV 10
0.2% Yield strength R_p0.2: 320 MPa
CTE 25 ℃ – 500 ℃ / 77 ℉ – 932 ℉: 14.1 x 10^-6 K^-1
Density: 8.5 g/cm³

Alloy composition
Co: 60 %
Cr: 28 %
W: 9 %
Si: 1 %
Nb: <1 %
Mn: <1 %
N: <1 %
Fe: <1 %

Proven CoCr bonding alloy for CAD/CAM milling systems. Optimized casting structure in implant quality.
Advantages:

• proven remanium^® star composition
• certified and time-tested base material for all applications in crown and bridge work
• ductility and strength Type 3, DIN EN ISO 22674 suitable for machining
• ideal for ceramic veneering using the conventional CTE range
• highly suitable for secondary parts
• excellent laser weldability

: 98.4 mm
Thickness: 15 mm
Border: 10 mm
Norm: DIN EN ISO 22674 (Type 3)
Indication: for all constructions manufactured using milling technique such as crowns, bridges, supra-structures, and also ceramic bonding with suitable ceramics (e.g. ceraMotion^® Me)

Technical data
Solidus temperature: 1320 ℃ / 2408 ℉
Liquidus temperature: 1420 ℃ / 2588 ℉
Elongation A₅: 5.9 %
Tensile strength R_m: 506 MPa
Modulus of elasticity E: 202 GPa
Hardness: 281 HV 10
0.2% Yield strength R_p0.2: 320 MPa
CTE 25 ℃ – 500 ℃ / 77 ℉ – 932 ℉: 14.1 x 10^-6 K^-1
Density: 8.5 g/cm³

Alloy composition
Co: 60 %
Cr: 28 %
W: 9 %
Si: 1 %
Nb: <1 %
Mn: <1 %
N: <1 %
Fe: <1 %

Proven CoCr bonding alloy for CAD/CAM milling systems. Optimized casting structure in implant quality.
Advantages:

• proven remanium^® star composition
• certified and time-tested base material for all applications in crown and bridge work
• ductility and strength Type 3, DIN EN ISO 22674 suitable for machining
• ideal for ceramic veneering using the conventional CTE range
• highly suitable for secondary parts
• excellent laser weldability

: 98.4 mm
Thickness: 18 mm
Border: 10 mm
Norm: DIN EN ISO 22674 (Type 3)
Indication: for all constructions manufactured using milling technique such as crowns, bridges, supra-structures, and also ceramic bonding with suitable ceramics (e.g. ceraMotion^® Me)

Technical data
Solidus temperature: 1320 ℃ / 2408 ℉
Liquidus temperature: 1420 ℃ / 2588 ℉
Elongation A₅: 5.9 %
Tensile strength R_m: 506 MPa
Modulus of elasticity E: 202 GPa
Hardness: 281 HV 10
0.2% Yield strength R_p0.2: 320 MPa
CTE 25 ℃ – 500 ℃ / 77 ℉ – 932 ℉: 14.1 x 10^-6 K^-1
Density: 8.5 g/cm³

Alloy composition
Co: 60 %
Cr: 28 %
W: 9 %
Si: 1 %
Nb: <1 %
Mn: <1 %
N: <1 %
Fe: <1 %

Proven CoCr bonding alloy for CAD/CAM milling systems. Optimized casting structure in implant quality.
Advantages:

• proven remanium^® star composition
• certified and time-tested base material for all applications in crown and bridge work
• ductility and strength Type 3, DIN EN ISO 22674 suitable for machining
• ideal for ceramic veneering using the conventional CTE range
• highly suitable for secondary parts
• excellent laser weldability

: 98.4 mm
Thickness: 20 mm
Border: 10 mm
Norm: DIN EN ISO 22674 (Type 3)
Indication: for all constructions manufactured using milling technique such as crowns, bridges, supra-structures, and also ceramic bonding with suitable ceramics (e.g. ceraMotion^® Me)

Technical data
Solidus temperature: 1320 ℃ / 2408 ℉
Liquidus temperature: 1420 ℃ / 2588 ℉
Elongation A₅: 5.9 %
Tensile strength R_m: 506 MPa
Modulus of elasticity E: 202 GPa
Hardness: 281 HV 10
0.2% Yield strength R_p0.2: 320 MPa
CTE 25 ℃ – 500 ℃ / 77 ℉ – 932 ℉: 14.1 x 10^-6 K^-1
Density: 8.5 g/cm³

Alloy composition
Co: 60 %
Cr: 28 %
W: 9 %
Si: 1 %
Nb: <1 %
Mn: <1 %
N: <1 %
Fe: <1 %

Proven CoCr bonding alloy for CAD/CAM milling systems. Optimized casting structure in implant quality.
Advantages:

• proven remanium^® star composition
• certified and time-tested base material for all applications in crown and bridge work
• ductility and strength Type 3, DIN EN ISO 22674 suitable for machining
• ideal for ceramic veneering using the conventional CTE range
• highly suitable for secondary parts
• excellent laser weldability

: 98.4 mm
Thickness: 25 mm
Border: 10 mm
Norm: DIN EN ISO 22674 (Type 3)
Indication: for all constructions manufactured using milling technique such as crowns, bridges, supra-structures, and also ceramic bonding with suitable ceramics (e.g. ceraMotion^® Me)

Technical data
Solidus temperature: 1320 ℃ / 2408 ℉
Liquidus temperature: 1420 ℃ / 2588 ℉
Elongation A₅: 5.9 %
Tensile strength R_m: 506 MPa
Modulus of elasticity E: 202 GPa
Hardness: 281 HV 10
0.2% Yield strength R_p0.2: 320 MPa
CTE 25 ℃ – 500 ℃ / 77 ℉ – 932 ℉: 14.1 x 10^-6 K^-1
Density: 8.5 g/cm³

Alloy composition
Co: 60 %
Cr: 28 %
W: 9 %
Si: 1 %
Nb: <1 %
Mn: <1 %
N: <1 %
Fe: <1 %

Proven CoCr bonding alloy for CAD/CAM milling systems. Optimized casting structure in implant quality.
Advantages:

• proven remanium^® star composition
• certified and time-tested base material for all applications in crown and bridge work
• ductility and strength Type 3, DIN EN ISO 22674 suitable for machining
• ideal for ceramic veneering using the conventional CTE range
• highly suitable for secondary parts
• excellent laser weldability

: 98.4 mm
Thickness: 8 mm
Border: without
Norm: DIN EN ISO 22674 (Type 3)
Indication: for all constructions manufactured using milling technique such as crowns, bridges, supra-structures, and also ceramic bonding with suitable ceramics (e.g. ceraMotion^® Me)

Technical data
Solidus temperature: 1320 ℃ / 2408 ℉
Liquidus temperature: 1420 ℃ / 2588 ℉
Elongation A₅: 5.9 %
Tensile strength R_m: 506 MPa
Modulus of elasticity E: 202 GPa
Hardness: 281 HV 10
0.2% Yield strength R_p0.2: 320 MPa
CTE 25 ℃ – 500 ℃ / 77 ℉ – 932 ℉: 14.1 x 10^-6 K^-1
Density: 8.5 g/cm³

Alloy composition
Co: 60 %
Cr: 28 %
W: 9 %
Si: 1 %
Nb: <1 %
Mn: <1 %
N: <1 %
Fe: <1 %

Pure titanium blank for all applications in crown and bridge work. Highly biocompatible and gentle on the tools during milling.
Product advantages:

• high level of biocompatibility.
• ideal for ceramic veneering using bonding ceramics suitable for titanium such as ceraMotion^® Ti
• high degree of corrosion resistance
• good milling properties due to low hardness

Color: grey
: 98.4 mm
Thickness: 10 mm
Border: without
Titanium grade: 2
Norm: DIN EN ISO 22674 (Type 4)
Indication: for all constructions manufactured using milling technique such as crowns, bridges, supra-structures, and also ceramic bonding with suitable ceramics

Technical data
Elongation A₅: 24 %
Melting point: 1665 ℃ / 3029 ℉
Tensile strength R_m: 505 MPa
Modulus of elasticity E: 120 GPa
Hardness: 180 HV 10
0.2% Yield strength R_p0.2: 380 MPa
CTE 25 ℃ – 500 ℃ / 77 ℉ – 932 ℉: 9.6 x 10^-6 K^-1
Density: 4.5 g/cm³

Alloy composition
Ti: 99 %
Fe: <1 %
O: <1 %

Pure titanium blank for all applications in crown and bridge work. Highly biocompatible and gentle on the tools during milling.
Product advantages:

• high level of biocompatibility.
• ideal for ceramic veneering using bonding ceramics suitable for titanium such as ceraMotion^® Ti
• high degree of corrosion resistance
• good milling properties due to low hardness

Color: grey
: 98.4 mm
Thickness: 12 mm
Border: 10 mm
Titanium grade: 2
Norm: DIN EN ISO 22674 (Type 4)
Indication: for all constructions manufactured using milling technique such as crowns, bridges, supra-structures, and also ceramic bonding with suitable ceramics

Technical data
Elongation A₅: 24 %
Melting point: 1665 ℃ / 3029 ℉
Tensile strength R_m: 505 MPa
Modulus of elasticity E: 120 GPa
Hardness: 180 HV 10
0.2% Yield strength R_p0.2: 380 MPa
CTE 25 ℃ – 500 ℃ / 77 ℉ – 932 ℉: 9.6 x 10^-6 K^-1
Density: 4.5 g/cm³

Alloy composition
Ti: 99 %
Fe: <1 %
O: <1 %

Pure titanium blank for all applications in crown and bridge work. Highly biocompatible and gentle on the tools during milling.
Product advantages:

• high level of biocompatibility.
• ideal for ceramic veneering using bonding ceramics suitable for titanium such as ceraMotion^® Ti
• high degree of corrosion resistance
• good milling properties due to low hardness

Color: grey
: 98.4 mm
Thickness: 15 mm
Border: 10 mm
Titanium grade: 2
Norm: DIN EN ISO 22674 (Type 4)
Indication: for all constructions manufactured using milling technique such as crowns, bridges, supra-structures, and also ceramic bonding with suitable ceramics

Technical data
Elongation A₅: 24 %
Melting point: 1665 ℃ / 3029 ℉
Tensile strength R_m: 505 MPa
Modulus of elasticity E: 120 GPa
Hardness: 180 HV 10
0.2% Yield strength R_p0.2: 380 MPa
CTE 25 ℃ – 500 ℃ / 77 ℉ – 932 ℉: 9.6 x 10^-6 K^-1
Density: 4.5 g/cm³

Alloy composition
Ti: 99 %
Fe: <1 %
O: <1 %

Pure titanium blank for all applications in crown and bridge work. Highly biocompatible and gentle on the tools during milling.
Product advantages:

• high level of biocompatibility.
• ideal for ceramic veneering using bonding ceramics suitable for titanium such as ceraMotion^® Ti
• high degree of corrosion resistance
• good milling properties due to low hardness

Color: grey
: 98.4 mm
Thickness: 20 mm
Border: 10 mm
Titanium grade: 2
Norm: DIN EN ISO 22674 (Type 4)
Indication: for all constructions manufactured using milling technique such as crowns, bridges, supra-structures, and also ceramic bonding with suitable ceramics

Technical data
Elongation A₅: 24 %
Melting point: 1665 ℃ / 3029 ℉
Tensile strength R_m: 505 MPa
Modulus of elasticity E: 120 GPa
Hardness: 180 HV 10
0.2% Yield strength R_p0.2: 380 MPa
CTE 25 ℃ – 500 ℃ / 77 ℉ – 932 ℉: 9.6 x 10^-6 K^-1
Density: 4.5 g/cm³

Alloy composition
Ti: 99 %
Fe: <1 %
O: <1 %