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Showing 25–36 of 556 results
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Brand: SheraCobalt-based dental casting alloy
– Chrome – 28%
– Cobalt – 64%
– Molybdenum – 6%
– Elements below 1% – C, Fe, Si, Mn, N
– for combination work and clasp dentures
– Laserable
– Type 5 alloy
– Class IIa medical device
Technical Information
Vickers Hardness (HV 1) – 360
Density – 8.2g/cm3
Tensile Strength – 800 MPa
Elongation at break A5 – 5%
Elastic Modulus – 220 GPa
Solidus Point – 1,270 degrees C
Liquidus Point – 1,400 degrees C
Pouring Temperature – 1,500 degrees C
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Brand: SheraBurn-Out free, light-curing 3D printing resin
~ For the high-precision production of model casting frameworks or details crown and bridge works
~ For speed casting or conventional casting procedures
~ For Veneers, Inlays or Onlays made of pressable ceramic
~ Opaque, wax-like texture
~ Free of TPO
~ Recommended to:
- Cast with SHERAVEST-RP
- Press with SHERAUNDER-PRESSURE
Colour – Blue
Layer thickness – 50um
Wave Length – 385nm and 405nm
Content – 1000g / 1L bottle
Shera 3D Printing Parameters Available HERE
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Brand: SheraFor the production of customised impression trays, bite registrations, transfer keys and incisal pin records. Can be used for all types of trays in combination with various impression materials
– biocompatible
– free of TPO
– medical device of class ILayer strength – 150μm
Wavelength – 385 nm
Shera 3D Printing Parameters Available HERE
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Brand: DentaurumProven 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 Rm: 506 MPa
Modulus of elasticity E: 202 GPa
Hardness: 281 HV 10
0.2% Yield strength Rp0.2: 320 MPa
CTE 25 ℃ – 500 ℃ / 77 ℉ – 932 ℉: 14.1 x 10-6 K-1
Density: 8.5 g/cm3Alloy composition
Co: 60 %
Cr: 28 %
W: 9 %
Si: 1 %
Nb: <1 %
Mn: <1 %
N: <1 %
Fe: <1 % -
Brand: Shera>Continuous casting
~ optimal for combination dentures
~ slightly increased elasticity
~ suitable for laser welding
Technical Specification
vickers hardness (HV 1) 390 density (g/cm3) 8.3 tensile strength (N/mm2) 761 0.2-yield strength (N/mm2) 609 elongation limit A5 (%) 6 modulus of elasticity (N/mm2) 200,000 liquidus point (°C) 1,400 solidus point (°C) 1,340 casting temperature (°C) 1,450 Composition in %
chrome 31 cobalt 62 molybdenum 5 further elements below 1% C, Fe, Si, Mn -
Brand: DentaurumProven 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 Rm: 506 MPa
Modulus of elasticity E: 202 GPa
Hardness: 281 HV 10
0.2% Yield strength Rp0.2: 320 MPa
CTE 25 ℃ – 500 ℃ / 77 ℉ – 932 ℉: 14.1 x 10-6 K-1
Density: 8.5 g/cm3Alloy composition
Co: 60 %
Cr: 28 %
W: 9 %
Si: 1 %
Nb: <1 %
Mn: <1 %
N: <1 %
Fe: <1 % -
Brand: EisenbacherNPM Cobalt-based dental milling alloy for metal-ceramic, type 4, with step / shoulder
- Optimised milling properties due to special heat treatment
- High strength due to homogeneous metal structure
- Suitable for all high fusing veneering ceramics
Indications:
- Crowns and bridges for metal-ceramics
- Superstructures and bars
Technical Parameters:
- Yield Strength MPa – 440
- Elongation (%) – 14
- GPa – 210
- Tensile Strength – 819
- Density (g/cm3) – 8.55
- Hardness (HV 10/30) – 275
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Brand: DentaurumDentaurum Rematitan, Ti5 Milling Blank
- For high demands.
- Titanium alloy (Ti Al 6 V4) with increased mechanical hardness.
- Particularly suitable for long-span, delicate framework structures and for implant work
Product sizes available
10mm, 12mm, 15mm, 20mm, 25mm, 30mm
Product advantages:
- High mechanical strength.
- High biocompatibility in implant quality.
- Ideal for ceramic veneering using bonding ceramics suitable for titanium such as ceraMotion® Ti.
- High degree of corrosion resistance.
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Brand: SheraContinuous casting
~ Universal alloy
~ Favourable price-performance ratio
~ Suitable for laser weldingTechnical specification
vickers hardness (HV 1) 549 density (g/cm3) 8.3 tensile strength (N/mm2) 675 0.2-yield strength (N/mm2) 441 elongation limit A5 (%) 9.3 modulus of elasticity (N/mm2) 197,000 liquidus point (°C) 1,400 solidus point (°C) 1350 casting temperature (°C) 1,600 Composition in %
chrome 29 cobalt 63 molybdenum 6 further elements below 1% C, Fe, Si, Mn
