SLM Base

Fusion Digital Solutions utilizes advanced Selective Laser Melting to fabricate base alloy cobalt-chrome dental copings fast and efficiently of the highest quality directly from your digital design files. SLM is an additive manufacturing process where powdered metal alloy is fused together in 20 µm layers avoiding many of the issues associated with traditional casting and milling fabrication.

CoCr alloy contains no Nickel, Beryllium or Palladium.
Composition: Co 62.9% - Cr 24.6% - Mo 4.8% - W 5.6% - Si 1.1% - Fe < 1.0%
Tensile Strength: 1350 MPa
CTE: 14.3 - 14.5

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SLM Nobel

Fusion Digital Solutions utilizes advanced Selective Laser Melting to fabricate Nobel alloy cobalt-chrome-palladium dental copings fast and efficiently of the highest quality directly from your digital design files. SLM is an additive manufacturing process where powdered metal alloy is fused together in 20 µm layers avoiding many of the issues associated with traditional casting and milling fabrication.

CoCrPd alloy contains no Nickel or Beryllium.
Composition: Co 41% - Cr 25% - Pd 25% - Mo 9.0%

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Zirconia

Fusion mills an innovative pre-shaded multi-layered zirconia incorporating an enamel and dentin layer specialized for fabricating natural looking Full Contour Zirconia Crowns. Pre-shaded zirconia has the added advantage that the shading is throughout and not just a surface stain.

1125 MPa

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SLM RPD Frameworks

Reduce production time by 60-70%

Fusion Digital Solutions utilizes advanced Selective Laser Melting to fabricate cobalt-chrome removable partial denture frameworks fast and efficiently while ensuring the highest quality directly from your digital design files. SLM is an additive manufacturing process, for the fabrication of SLM RPDs powdered metal CoCr alloy is fused together in 40 µm layers avoiding many of the issues associated with the traditional wax and casting method.

Ethos CoCr alloy contains no Nickel, Beryllium, or Cadmium.
Composition: Co 62.9% - Cr 24.6% - Mo 4.8% - W 5.6% - Si 1.1% - Fe < 1.0%

Relative density approx.	100 %
Density	8.60 g/cm³
Proof strength	550 MPa
Percent elongation	7 %
Young’s Modulus	200 GPa
Ultimate Tensile Strength:	1100 MPa
Vickers hardness HV10	370 HV
Melting interval	1410 - 1450 °C

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Ti Bars & Overdentures

5 Axis CNC Milled

Milled grade 5 titanium bar, for fixture to the patient’s implants, compatible with cobalt-chrome or zirconia rider superstructures. No limitation to the number of implants, type or angulation.

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CoCr Bars & Overdentures

SLM printed CoCr bar, for fixture to the patient’s implants, compatible with cobalt-chrome or zirconia rider superstructures. No limitation to the number of implants, type or angulation.

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