Description
DSI Zygomatic implants are a perfect surgical solution for immediate loading protocols. They are designed to provide a solution for cases of the atrophic bone maxilla. DSI Zygomatic implants have an internal hex connection for easy and predictable restoration. A smooth polished implant body guarantees easy insertion, while sharp aggressive threads at the apical part secure retention to the zygomatic bone.
Zygomatic implants are extremely durable and can last a lifetime if taken care of and avoid infection. Guarantees remarkable stability, together with a universal 2.42mm internal hex connection. It is a very effective choice for the management of the atrophic edentulous maxilla as well as for maxillectomy defects. The main advantage of the zygomatic implant is the benefit of Immediate function including fewer clinical visits and a less invasive intervention compared to grafting procedures.
Indications:
- Inserted directly into the zygomatic bone
- A great solution for cases of atrophic bone maxilla
- Ideal for patients with severe bone loss such, or total bone loss as the elderly population
- Immediate placement, no need to wait for the osseointegration
- Can be used for completely edentulous cases
Advantages:
- Made of titanium alloy grade 5 Ti-6Al-4V ELI
- RBM surface treatment for better osseointegration
- Immediate function includes fewer clinical visits and a less invasive intervention.
- A very effective choice for the management of the atrophic edentulous maxilla as well as for maxillectomy defects.
- Intended for immediate loading protocol.
- Can last a lifetime if taken care of and avoid infection.
- Available in lengths from 30mm to 60mm with 2.5mm increments.
- Connection 2.42mm Internal Hex, accepts the full range of the DSI Prosthetic component.
- A smooth polished implant body guarantees easy insertion, while sharp aggressive threads at the apical part secure retention to the zygomatic bone.
RBM surface treatment:
Resorbable blast media (RBM) treatment is a process that utilizes high-speed particle blasting biocompatible calcium phosphate materials. It differentiates from traditional grit-blasting abrasives in that the implant's surface is not exposed to alumina or silicon carbide materials. In the resorbable blast material method, the excessive use of acids for particle debris removal is no longer necessary as it does not penetrate the titanium surface while still delivering homogenous micro and macro porosity for the optimal implant surface topography at cellular and protein levels. This method provides a much cleaner textured finish absent of any contaminants typically associated with other grit-blasting elements.
Drilling Protocol:
