tr?id=735770906937422&ev=PageView&noscript=1 Coross Coral Bone Graft

Coross Coral Bone Graft

Coross Coral Bone Graft

coross Coross Coral Bone Graft Coross-Main Coross Coral Bone Graft
DSI Coross
Coross – the ideal alternative to bovine and human-derived products

The COROSS biomimetic bone graft made from the mineral exoskeleton of corals, that are growing in state-of-art seawater farms under a strict control, with Close-Circuit water system and special nutrition.

Coral bone graft composition, structure, strength and resorption, have led to extensive use in dental and orthopedics procedures in hundreds of thousands reported cases. However, in the last decade, corals have been declared an endangered species, and their quality decreased due to the rising sea pollution. Corals, used for the Coross bone graft, are grown in a controlled aquarium system. Using laboratory-made sea water and proprietary technology with bioactive additions, Coross leverages the coral natural bone-like properties and prevent sea pollution-related risks. Different types of corals are cultured for various dental and orthopedics indications – with varies in the porosity, strength and shape. Coross graft material is comprised of the pure mineral part of the coral. It consists of calcium carbonate crystals (>95%) in the form of aragonite enriched with essential non-organic substances that are known to play an essential role in the bone mineralization process and the activation of enzymatic reactions with osteogenic cells.

Coross-Bone-Graft Coross Coral Bone Graft 

Coross Bone Graft

Product Granules Size Volume Code
Coross 0.5 small 300-450 μm 0.5 cc CB05-S
Coross 0.5 medium 600-1000 μm 0.5 cc CB05-M
Coross 1.0 small 300-450 μm 1.0 cc CB10-S
Coross 1.0 medium 600-1000 μm 1.0 cc CB10-M
Coross 1.0 large 1600-2000 μm 1.0 cc CB10-L
Coross 2.0 medium 600-1000 μm 2.0 cc CB20-M
Coross 2.0 large 1600-2000 μm 2.0 cc CB20-L
    Case Report:
  • Socket preservation before implantation, using Coross 1.0.
  • Granules size: 600-1000 μm.
  • Site: Posterior right mandible, teeth no 46-47.
  • Extraction cause: Endodontic lesion involving furcation.


Initial-Site Coross Coral Bone Graft

Initial Site – lower mandible teeth 46 and 47

Socket-after-extraction Coross Coral Bone Graft

Socket after extraction & 

Immediate augmentation using Coross 1.0

Final-Sutures Coross Coral Bone Graft

Final Sutures

Site-CT Coross Coral Bone Graft

Initial Site CT – Bone and Defect Evaluation

4 months follow-up:

 4-months-follow Coross Coral Bone Graft4-months-follow1 Coross Coral Bone Graft

 4 months follow-up shows normal trabeculation

Clinical-follow-up Coross Coral Bone Graft

Clinical follow-up regenerated bone seen

at the site 4 months after extraction


Clinical view of the Implant

placement 4 months after extraction.

Panoramic-X-ray Coross Coral Bone Graft

Panoramic X-ray after implant placement,

4 months after augmentation

  • BIOACTIVE: Attractive to bone cells and stimulates new bone growth and connectivity.
  • STRONG: Up to 3 times than synthetic bone.
  • POROUS: Optimal porous structure enables vascularity ingrowth and new bone formation.
  • BIODEGRADABLE: Remodels by osteoclastic activity.
  • CORTICO: Cancellous coral types mix – for the optimal bone formation and remodeling.
  • LOW RISK: No biological risks, no marine pollution.


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The regulatory status of different devices in the DSI Dental Implant System is not the same in all regions.
Please check with us to find out which devices are available in your country