Simplified Solutions for Long-Term Success in Complex Cases

Challenges of Traditional Solutions for Major Bone Augmentation

Traditionally, creating a stable and regenerative environment in large bony defects can be invasive, time consuming and unpredictable, leading to:

Time consuming surgery and slow healing time

Maintaining volume1

Insufficient vestibular depth and keratinized tissue or tissue thickness after wound closure

Patient morbidity after harvesting autogenous tissue

Insufficient alveolar ridge width and height for implant placement

The combination of the best-in-class biomaterials and 3-D printing technology offers you more bone in complex bone augmentation and opportunity to reduce surgery time without complex adaptations.2

The first customized 3D-printed bone regeneration solution for complex bone defects. The customized precision fit allows surgeons to save on time-consuming cutting, shaping, or adapting of titanium mesh.

Thanks to its high resorption stability and osteoconductivity, Geistlich Bio-Oss® protects human bone grafts against degradation.1, 18-20

vallos® allografts are natural bone graft substitutes, which due to the preservation of inherent biological properties, provides the optimal characteristics and scientific properties required for bone formation.3

Geistlich bone harvesting instruments provide an easy method for harvesting autogenous cortical bone for use in grafted sites with a minimally invasive technique.

A growth-factor enhanced matrix promotes faster, better healing, new bone formation, and more predictable outcomes.4

The native collagen membrane provides a barrier function long enough to protect the newly forming bone from soft-tissue ingrowth and provides support for wound healing.1, 5-11

Our Supertack requires no pre-drilling of the site and can be used in very compact bone. The unique tack shape allows for easy removal and blue tack coloring facilitates detection under soft tissues.

Geistlich Fibro-Gide® offers the ideal matrix for volume stability while significantly reducing post-operative pain and chair time.12-14

Geistlich Mucograft® is a unique collagen matrix designed specifically for the gain of keratinized tissue and for recession coverage.14,16,17 18,19 Like Geistlich Fibro-Gide, the palate free innovation eliminates the need to harvest an autologous graft, reduces patient morbidity, and faster healing.15

Application of Geistlich biomaterials in conjunction with innovative treatment solutions can offer customized, reinforced and well-documented clinical outcomes.

  • Improved patient satisfaction20-28
  • Optimal application and handling
  • Reduced surgery time12-14
  • Less invasive surgery15
  • Fewer complications9, 36, 39
  • Lower morbidity40
  • Stable clinical outcome29-33
  • Less bone resorption29-33
  • Long-term implant survival rate 22,26,27,37
  • Predictable bone gain 22, 26, 27
  • Improved healing with Geistlich Bio-Gide® 28,29, 34-36
  • Rapid healing and bone formation with GEM 21S®4

Related Content

Mandibular Alveolar Ridge Split with Delayed Implant Placement

Horizontal Ridge Augmentation in the Posterior Mandible of a 90-Year-Old Female

Combined Horizontal and Vertical Regeneration using a CAD-CAM Titanium Scaffold

Knowledge Boost:
Predictability and Esthetic Outcomes in Major Bone Augmentation Cases

The Sausage TechniqueTM results in superior bone gain compared to conventional GBR

5-year results of complex bone augmentation procedures with Yxoss CBR® show high implant survival rate and stable bone

3-year results show that Yxoss CBR® is a predictable technique for bone gain in advanced defects

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