Introducing the GrandioSO Family of Flowables, a trio of varied viscosities, highly filled for strength and longevity. Watch to learn more!
Associated Products
GrandioSO Heavy Flow
GrandioSO Heavy Flow is a universal light-cured, 83% filled Nano-Hybrid flowable composite characterized by its high viscosity and stability.
Read More
GrandioSO Flow
Grandio SO Flow from Voco is an 81% filled Nano-Hybrid Composite designed with a flowable light cured formula. The composite is able to perform a variety of procedures such as: filling of small cavities in all classes, restoration for cavities including V- shaped defects and cervical caries of class II- V, as well as blocking out of undercut.
Read More
GrandioSO
GrandioSO is a universal Nano-hybrid composite and one of the highest filled restorative materials at 89% (by weight).
Read More
Grandioso Light Flow
VOCO GrandioSO Light Flow Extremely flowable, yet highly stable nano-hybrid flowable composite with an ultra-fine intraoral tip for precise and difficult to access applications
Read More
Voco America, Inc.

Read More
Related Articles
Related Articles
Voco America, Inc.

Read More
Related Articles
Associated Products
GrandioSO Heavy Flow
GrandioSO Heavy Flow is a universal light-cured, 83% filled Nano-Hybrid flowable composite characterized by its high viscosity and stability.
Read More
GrandioSO Flow
Grandio SO Flow from Voco is an 81% filled Nano-Hybrid Composite designed with a flowable light cured formula. The composite is able to perform a variety of procedures such as: filling of small cavities in all classes, restoration for cavities including V- shaped defects and cervical caries of class II- V, as well as blocking out of undercut.
Read More
GrandioSO
GrandioSO is a universal Nano-hybrid composite and one of the highest filled restorative materials at 89% (by weight).
Read More
Grandioso Light Flow
VOCO GrandioSO Light Flow Extremely flowable, yet highly stable nano-hybrid flowable composite with an ultra-fine intraoral tip for precise and difficult to access applications
Read More