
a new direction for implants NobelActive™ has been launched following scientific research and pre-launch experience. It is recommended for experienced users who want to take full advantage of the following abilities: High initial stability even in compromised bone situations. Minimally invasive insertion enables repositioning at different angles with exceptional initial stability.
High initial stability even in compromised bone situations.
Feature
Expanding tapered body with double variable thread design and apical drilling blades
Benefit
Gradual bone condensing and high initial stability
High initial stability even in compromised bone situations.
Feature
Manual insertion protocol
Benefit
Enables “active” directional changes for optimal restorative position
High initial stability even in compromised bone situations.
Feature
TiUnite® is a highly crystalline and phosphate-enriched titanium oxide, unique to Nobel Biocare
Benefit
Documented to enhance osseointegration and increase of the predictability of implant treatment1
Scientific evidence
1 Glauser R, Zembic A, Ruhstaller P, Windisch S. Five year results of implants with an oxidized surface placed predominantly in soft quality bone and subjected to immediate occlusal loading. J Prosthet Dent. 2007;97(suppl): S59-S68.
High initial stability even in compromised bone situations.
Feature
Groovy™ is Nobel Biocare’s unique arrangement of macroscopic grooves, designed to work in conjunction with the TiUnite® surface
Benefit
Bone forms faster within the grooves, compared to implants without grooves2
Scientific evidence
2 Hall J, Miranda-Burgos P, Sennerby L. Stimulation of directed bone growth at oxidized titanium implants by macroscopic grooves: an in vivo study. Clin Implant Dent Relat Res. 2005;7 Suppl 1:S76-82.
NobelActive’s™ combination of features improve performance, especially in soft bone
Its unique tip and thread design, slices through bone, unlike conventional self-tapping implants, which scrape the bone away as they tap.
- 1Back-tapered coronal region
- 2Expanding tapered body that acts like a threaded osteotome
- 3Reverse cutting flutes
- 4Drilling blades on apex
CORONAL DESIGN
Feature
Back-tapered coronal region
Benefit
Allows for maximum alveolar bone volume around implant for improved soft tissue support
IMPLANT BODY DESIGN
Feature
Expanding tapered body that acts like a threaded osteotome
Benefit
Enables narrow ridge expansion and is designed to reach high stability in compromised bone situations
IMPLANT BODY DESIGN
Feature
Reverse cutting flutes
Benefit
Enables gradual widening of the osteotomy
APICAL DESIGN
Feature
Drilling blades on apex
Benefit
Enables smaller osteotomy
improves performance across every indication
unique prosthetic connection design has benefits for both clinicians and laboratories
- 1Conical connection
- 2Built-in Platform Shifting
- 3Hexagonal interlocking
- 4Dual-function prosthetic connection
Feature
Conical connection
Benefit
Sealed connection, increased mechanical strength
improves performance across every indication
Feature
Built-in Platform Shifting™
Benefit
Designed to enhance Soft Tissue Integration™
Feature
Hexagonal interlocking
Benefit
Secure repositioning of prosthetic components
Feature
Dual-function prosthetic connection
Benefit
Allows for prosthetic flexibility and implant level bridges













