Mediloy® S-Co
The non-precious alloy for the production of dental restorations
- Mediloy® S-Co is a type 5 cobalt-based dental alloy – Composition of cobalt, chrome, wolfram and molybdenum – especially developed for the SLM production process
- The alloy is suitable for the production of dental restorations from metal powders
- Mediloy® S-Co is supplied as a powder for the SLM process and offers the highest quality for a reliable production process
- Wide range of indications:
- Crowns & bridges (including metal ceramic)
- Partial denture frameworks
- Implant prosthesis
- Orthodontic applications
Benefits for you
- Optimal, reproducible production results thanks to the special develop ment of the metal powder for the additive production of crown and bridge frameworks
- Excellent flow properties during the production process with its homogeneous particle shape and distribution
- High level of patient safety and legal security for the laboratory and/or production centre afforded by the approval as a class IIb* medical device
- Smooth and cavity-free framework surface thanks to the homogeneous, pore-free structure
- The required material parameters are achieved thanks to specially adjusted heat treatment
- Extremely stable construction even in long-span bridges with its high proof- and tensile strength
- Very comfortable for the patient to wear thanks to low heat conductivity (sensitivity to heat/cold)
- Economical and effective approach in the dental laboratory due to normal cooling after ceramic firing – thanks to the coefficient of thermal expansion (CTE) of 14.0 (25 – 500 °C, 10-6 K-1)
- Best possible allergy safety with its biocompatible and corrosion resistant materials– free from nickel, cadmium and beryllium
Large-span bridge and two-part abutment made of Mediloy® S-Co
Composition in % by mass |
---|
Co 63.9 · Cr 24.7 · W 5.4 · Mo 5.0 · Si 1.0 |
Availability | Contents | REF |
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Mediloy® S-Co | 5 kg bottle | 50551 |
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Downloads
- Mediloy® S-Co and Mediloy® RPDNon precious alloy powders for the manufacture of dental restorations using the Selective Laser Melting procedure.
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