NobelActive™ Implant - a new direction for Implants
The self-condensing abilities of NobelActive™ implants deliver advantages in all types of bone and in compromised situations, especially in softer bone.

NobelActive™ implants don't cut through bone like conventional implants, they gently press through it like a corkscrew. This bone condensing capability delivers high initial stability. The narrow neck is designed to preserve marginal bone and promote long-lasting soft tissue stability.

The self-drilling ability of NobelActive™ implants allows it to be inserted into sites prepared to a reduced depth. This is useful where sites are close to vital anatomical structures: the mandibular nerve canal or the maxillary sinus, and nose cavity for instance. This means you can be confident of accurate placement while having a minimally invasive procedure.

The unique combination of design features of NobelActive™ implants is derived from thorough investigation into the bio-mechanical dynamics of hard and soft tissues surrounding dental implants.

NobelActive™ offers unique advantages

• potentially fewer drilling protocol steps, depending on bone density and quantity
• minimal osteotomy with minor trauma to bone and surrounding tissues
• extremely high stability in fresh extraction sites and sites with thin sinus floors
• ability to change direction during surgery gives full flexibility for optimal placement
• a narrow neck designed to preserve marginal bone
• grooves on threads and scientifically proven TiUnite™ surface

NobelActive™ expanded indications

The unique self-drilling and bone-condensing capabilities of NobelActive™ facilitate placement in clinically demanding situations, by offering:

• excellent stabilization in soft bone – using gradual condensing of bone in all dimensions throughout the entire length of the implant, even with as little as 3 mm of bone at the neck of the implant
• adjustment to small changes for parallelism – using the self-drilling capacity it is possible to change direction of the implant during implant placement
• aimmediate placement in the esthetic region, even when buccal bone plate is very thin
• excellent stabilization in wide sockets - using minimal osteotomy, even with as little bone as 3 mm at the bottom of freshly extracted sockets

NobelActive™ implant design

Features:

Coronal Region

•     open flap
•     Create a hole for the dental implant.
•     insert an implant in the prepared hole
•     Close the gum by suture
•     temporary crowns while waiting for laboratory fabrication of permanent crowns

Core     

•     bone expansion like using sequential osteotomes

Threads     

•     variable horizontal thread design
•     wide pitch
•     double thread

Apical region     

•     sharp and long horizontal threads
•     narrow core
•     apical drilling blades
•     two long spiral taps

Benefits:

Coronal Region

•     rebounding of cortical bone
•     designed to minimize bone resorption
•     designed to increase soft tissue volume
•     bone modeling above the coronal region
•     no micro-gap (NobelActive™ External)

Core

•     bone expansion like using a sequential osteotome

Threads

•     bone condensing
•     greater initial stability
•     quicker and easier insertion

Apical region

•     self-drilling in most bone types
•     minimized osteotomy with smaller drill bits
•     controllable direction of insertion