DSI Syntoss Synthetic Bone Graft TCP/HA Mix in Blocks Alloplast

DSI Syntoss is a synthetic bone graft material composed of biocompatible calcium phosphate. This material molecular structure mimics the natural bone, chemically bonds to it, and facilitates perfect osseointegration and new bone formation. DSI Syntoss bone graft material can be used in any bone defects and ridges and surgical bone manipulation procedures.

This is a biphasic composition material: 60% ß-tricalcium phosphate and 40% hydroxyapatite associating the very bioactive ß-Tricalcium Phosphate and the stable Hydroxyapatite allow resorption at the right pace, which leads to the creation of a new strong and qualitative bone. DSI Syntoss bone graft is a calcium-based substance, and it is particularly suited for any surgical bone grafting procedure thanks to its great biocompatibility and osseointegration. Radiopaque and hypoallergenic. Ensures successful bone implantation with reliable results.
DSI Syntoss has no risk of cross-contamination.

Indications:

• Sinus lift
  
• Ridge Augmentation
  
• Intraosseous defects
  
• Extraction sockets
  
• Osseous defects
  
• Furcation defects

Features:

• No risk of cross-contamination
• Exceptional biocompatibility and osseointegration
• Radiopaque
• Suited for any surgical bone grafting procedure
• Completely Resorbable
• Has no antigen-antibody reaction
• Biologically active, hypoallergenic
• Mimics the natural bone

How to use:

Syntoss blocks can be applied dry or wet, but hydration in blood or sterile saline solution is recommended for easier handling and application due to their hydrophilic nature.

Only gentle compression is advised to allow for optimal revascularization and osseointegration of the bone grafting particles, and the granules should always be covered by a membrane to prevent soft tissue ingrowth into the bone defect.

Re-entry after ridge augmentation or sinus lift procedures with Syntoss graft should be performed 6 months post-operatively, but this time can be shortened for smaller defects or by mixing with autologous/allogenic bone to improve regeneration and formation of new bone.

Package: