1.0g (200-600µm) Unigraft® Synthetic Bioactive Glass -5/Pack

Unigraft® bone graft material is made from fully synthetic bioactive glass to provide the safest and most effective grafting performance. Clinicians seeking alternatives to allograft and xenograft products can choose 1.0g (200-600µm) Unigraft® Synthetic Bioactive Glass -5/Pack from Dental Implant Technologies.

We are an authorized supplier of Unigraft® synthetic osteogenic products in the United States and are ready to deliver 1.0g (200-600µm) Unigraft® Synthetic Bioactive Glass -5/Pack to your practice.

1.0g (200-600µm) Unigraft® Synthetic Bioactive Glass -5/Pack Key Details

Each 1.0g (200-600µm) Unigraft® Synthetic Bioactive Glass -5/Pack includes five vials containing a 100% synthetic bioactive matrix. The material contains calcium, phosphorus, silicon, and sodium fused oxides. The granules are denser than blood, ensuring that they sink and stabilize in the defect.

• Material: Bioactive ceramic mixture
• Weight: 1.0g
• Particulate size: 200-600µm
• Packaging: Screw top vial
• Includes: 5/box

When implanted, the bone graft granules dissolve into the bone defect. Increased availability of mineral ions enhances bone regeneration with antibacterial properties. The material is resorbable, remodeling into bone throughout the grafting period.

Unigraft® bone graft is impressive in the way that it can both stabilize the defect while also providing the essential elements for bone regeneration. This loose material can be combined with freeze-dried allografts, synthetic products, or the patient’s autologous bone for enhanced remodeling.

When mixed as a composite the material can be hydrated with autologous blood or sterile saline depending on the clinician’s preference and the needs of the procedure. It can be used as a layered composite in a graft.

The Advantages of Synthetic Osteogenic Products

Synthetic osteogenic products in the Unigraft® line are remodeled into host bone. The best synthetic osteogenic products are used to create new tissue that is consistent with native bone in strength and density.

Synthetic bone grafting materials carry no risk of contamination with disease or pathogens.

Efficient and predictable remodeling is key when choosing synthetic osteogenic products. Unigraft® bone graft material has been clinically proven and is trusted by the most discerning clinicians.

Safe Synthetic Unigraft® Bone Graft Products

Unigraft® bone graft products are completely sterile and biocompatible. In addition to stabilizing defect sites to prevent excessive bleeding or oozing, the material also helps to prevent the formation of bacteria. Combining Unigraft® bone graft products with either the patient’s bone or allograft bone, and a sufficient membrane barrier, will result in a clean graft that is free of infection and supportive of healthy remodeled tissue.

Unigraft® bone graft materials are ideal for composite grafting, allowing the clinician to choose the best materials to suit the procedure and specific defect. Unigraft® bone graft materials can also be combined with other synthetic grafting products when the patient has ethical, religious, or safety concerns related to donated allografts.

Ideal Uses of Synthetic Grafting Materials

Unigraft® synthetic osteogenic materials are FDA cleared for a range of dental procedures.

Choose 1.0g (200-600µm) Unigraft® Synthetic Bioactive Glass -5/Pack for:

• Periodontal defects.
• Extraction site preservation.
• Sinus elevation.
• Root resection.
• Alveolar ridged defects and augmentation.
• Apicoectomy procedures.

The versatility of 1.0g (200-600µm) Unigraft® Synthetic Bioactive Glass -5/Pack makes it the ideal synthetic osteogenic alternative to products derived from organically formed tissues.

Order Unigraft® Bone Graft from Dental Implant Technologies

We are ready to supply 1.0g (200-600µm) Unigraft® Synthetic Bioactive Glass -5/Pack to clinicians in the United States. Order today from our secure online store and enjoy the cost-efficient and reliable performance of one of the world’s best synthetic bone graft materials.