NobelActive™ feature demonstration

   high initial stability engages even in skin on little turn  
                

features and benefits

  Dr Ophir formovich inventor of Nobel Active                

high initial stability, even in compromised bone situations & redirecting capability for optimal placement

The expanding tapered body with double variable thread design and apical drilling blades delivers high initial stability and enables experienced clinicians to “actively” change implant direction for optimal restorative position.

    Animation: High initial stability   

bone condensing property

The expanding tapered body and double variable thread design of NobelActive™ produces a gradual bone-condensing property, illustrated here using a checkerboard background representing bone.

     Animation: Bone condensing property       

bone condensing property

The expanding tapered body and double variable thread design of NobelActive™ produces a gradual bone-condensing property, illustrated here using a simulated bone background.

    Animation: Bone condensing property       

Potentially fewer drilling steps, depending on bone quality

  Potentially fewer drilling steps, depending on bone quality

Implant insertion comparison between a traditional implant design and NobelActive™

   Implant insertion comparison between a traditional implant design and NobelActive™

Active require less drilling compared to conventional implants so preserving remaing bone for greater stability in future so it is called implant of future. self drilling self tapping implant