Mega Sale Dsi Zenoss Bone Ring Transplant - Beat The Rush [haYnTcMB]

• Material: Bovine 20/80 Cortical-Cancellous Bone Mineral Matrix
• Qualities: One-Step Procedure, Biocompatible, Radiopaque, Resorbable, Natural, Safe 
• Purpose: Missing Bone Filling, Encourage New Bone Tissue Growth, And Allows Immediate Implant Placement In One Step.
• Package: Sterile Blister In Glass Vial
• Diameter: Ø6mm (For Ø3.0-Ø3.5mm Implants), Ø7mm (For Ø3.3-3.75mm Implants), Ø7mm (For Ø4.0-4.5mm Implants)
• Shape: Ring
• Quantity: 1 Ring
  
• Length: 10mm
• Country of Manufacture: Israel
  
• Package Include: Mega Sale Dsi Zenoss Bone Ring Transplant - Beat The Rush [haYnTcMB]

Mega Sale Dsi Zenoss Bone Ring Transplant - Beat The Rush [haYnTcMB] is used for missing bone filling, encourages new bone tissue growth, and allows immediate implant placement in one step.

Mega Sale Dsi Zenoss Bone Ring Transplant - Beat The Rush [haYnTcMB] is based on a bovine 20/80 cortical-cancellous bone mineral matrix, making it the perfect choice for use in guided bone regeneration procedures.

This Xenograft bone material is harvested from cows as a part of a controlled manufacturing process.

This bone is specially treated to make it sterile and biocompatible.

Physical properties (i.e., composition, morphology, and restoration) are exceptionally reproducible.

The bio-functionality of bovine graft is characterized by its topographic structure, hydrophilic properties, and the biologic interaction that supports reliable bone formation.

The ring technique utilized a prefabricated ring of bovine bone (Zenoss graft) that is fixated in a one-step procedure at the osteotomy created to stabilize the ring and apical treads of a dental implant. The osteotomy prepared with a trephine drill of a corresponding diameter to ensure precise contact between the Zenoss ring and a native bone. This helps to reach the elimination of graft mobility - a key to success for GBR treatment. The internal diameter of the Zenoss rings corresponds to either a 3.3-3.5 or 4.0-4.2 diameter implant, which is secured in the apical bone, providing additional stability to the complex.

Features:

• Predictable bone augmentation

• No need to harvest bone, so the associated risk of infection, donor-site morbidity and pain can be avoided

• Improved initial implant stability.

• Successful in ridge defects, effective in sinus floor elevations

• Reduces the overall number of procedures and a treatment time is reduced for a gratifying patient acceptance