Cobalto Cromo Dental

CAD/CAM materials

CrCo

CrCo

Cobalt-chrome (CrCo) is a metal alloy widely used in the production of prosthetic structures, such as metal-ceramic crowns and implant bars. In the CAD/CAM workflow, it stands out for its strength and stability, being primarily used in laboratories. It is associated with ceramic application (layering).

Using CrCo in the digital workflow requires integration between scanning, design, and milling or casting. As a rigid material, it requires robust equipment or indirect processes. The choice of workflow directly impacts cost, control, and production capacity.

What is the ideal workflow for working with CrCo?

Escaneamento Desenho Produção Pós-Processamento

Advanced workflow

For clinics and labs seeking greater autonomy, productivity, and predictability.
Scanner Intraoral Alliedstar Sensa

Intraoral Scanner

In-house
CAD/CAM Exocad

CAD/CAM Software

In-house
Impressora 3D Rapid Shape D20

3D Printer

Fresadora Dental Imes iCore 350

Dental Milling Machine

In-house
Forno de Sinterização Ceramill Argotherm 2

Sintering Furnace*

In-house

Basic workflow

Ideal for those starting in digital, keeping initial stages in-house and outsourcing the rest.
Scanner Intraoral Alliedstar Sensa

Intraoral Scanner

In-house
CAD/CAM Exocad

CAD/CAM Software

In-house
Impressora 3D Flashforge Hunter

3D Printer

In-house*
FlashFOrge Ultra Wash

Washing Unit

FlashFOrge Ultra Cure

Curing Unit

In-house

*Only applicable for pre-sintered CoCr cases

Check out the CrCo equipment below

CrCo can be milled in a pre-sintered or hard state, requiring everything from argon furnaces to robust metal milling machines.

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Discover some advantages of using CrCo

High strength for metal structures

  • Withstands high loads in fixed prosthetics
  • Ideal for extensive structures and bars
  • Reduces risk of deformation

Versatility in the production workflow

  • Can be milled or used via casting
  • Compatible with metal-ceramics
  • Adapts to different laboratory setups

Stability and clinical reliability

  • Maintains fit even in complex structures
  • Good long-term performance
  • Indicated for implant-supported prosthetics