B&B DURA-VIT EV


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Description

DURA-VIT EV
The latest generation DURA-VIT EV implant guarantees an even higher primary stability. It is ideal in spongy bone conditions (D3-D4), further promoting its condensation. Moreover, it allows immediate placement in underprepared and post-extracted sites, immediate loading and direction changes during insertion.

DURA-VIT EV IMPLANT
– Very high primary stability.
– Ideal in spongy bone conditions (D3-D4) and allows condensation. – Ideal in post-extraction sites.
– Ideal for immediate loading.
– Implant site underpreparation.
– Direction change during insertion allowed.
– Grade 4 Titanium.

DURAVIT EV Implant belongs to the latest generation of B. & B. Dental’s implants and it is a new therapeutic solution indicated for cases involving spongy bone (D3-D4), post-extraction conditions, small diameter preparations and immediate loads.
For its specific characteristics guarantees the achievement of higher primary stability and an optimal control during the implant insertion, giving also the opportunity to change its direction during implants placement.

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Clinical Video

DURA-VIT EV
The latest generation DURA-VIT EV implant guarantees an even higher primary stability. It is ideal in spongy bone conditions (D3-D4), further promoting its condensation. Moreover, it allows immediate placement in underprepared and post-extracted sites, immediate loading and direction changes during insertion.

DURA-VIT EV IMPLANT
– Very high primary stability.
– Ideal in spongy bone conditions (D3-D4) and allows condensation. – Ideal in post-extraction sites.
– Ideal for immediate loading.
– Implant site underpreparation.
– Direction change during insertion allowed.
– Grade 4 Titanium.

DURAVIT EV Implant belongs to the latest generation of B. & B. Dental’s implants and it is a new therapeutic solution indicated for cases involving spongy bone (D3-D4), post-extraction conditions, small diameter preparations and immediate loads.
For its specific characteristics guarantees the achievement of higher primary stability and an optimal control during the implant insertion, giving also the opportunity to change its direction during implants placement.