0.5cc (250-1000µm) VeraGraft™ Demineralized Cortical Particulate Jar

Clinicians demanding reliability and consistent bone regeneration can choose 0.5cc (250-1000µm) VeraGraft™ Demineralized Cortical Particulate Jar from Dental Implant Technologies. Each VeraGraft™ Demineralized Cortical Particulate Jar 0.5cc contains a high-performance demineralized allograft that enhances bone remodeling for the best patient outcomes.

Review the benefits of demineralized particulate for bone regeneration and order today for delivery to practices in the United States.

0.5cc (250-1000µm) VeraGraft™ Demineralized Cortical Particulate Jar Key Details

Each 0.5cc (250-1000µm) VeraGraft™ Demineralized Cortical Particulate Jar contains osteoconductive material for minor defects. The jar can also be combined with larger sizes for moderate and severe defects. 0.5cc (250-1000µm) VeraGraft™ Demineralized Cortical Particulate Jar is intended for periodontal, extraction, and sinus grafting.

• Material: Demineralized cortical allograft
• Volume: 0.5cc
• Particulate size: 250-1000µm
• Packaging: Screw top jar
• Includes: 1/box

VeraGraft™ particulate offers excellent handling for clinicians. The material can be hydrated chairside using typical in-office materials like saline or autologous blood. 0.5cc (250-1000µm) VeraGraft™ Demineralized Cortical Particulate Jar can also be combined with a centrifuge preparation when available. Injectable PRF, for example, can be used to create sticky bone for grafting. Whatever the clinician’s preferred solution, 0.5cc (250-1000µm) VeraGraft™ Demineralized Cortical Particulate Jar can be hydrated and easily conformed to the defect site, ensuring efficient remodeling.

The material is resorbed and remodeled to host bone within 6 months in most cases.

Choosing a Demineralized Allograft for Bone Regeneration

Demineralized allograft provides osteoconductive support for bone regeneration, with osteoinductive potential.

The cortical demineralized allograft creates a stable structure for cell adhesion. Removing the calcium during production increases the availability of bone morphogenetic proteins, which can increase the speed of remodeling. The osteoconductive boost of demineralized allograft enhances the bone regeneration process, ensuring faster healing and consistent results.

Remodeled bone is comparable in quality to native bone.

The Safest Bone Graft Material from VeraGraft™

The best bone graft material is the one that suits the patient’s needs while ensuring safety. Clinicians can be confident knowing that VeraGraft™ Demineralized Cortical Particulate Jar 0.5cc is a safe bone graft material that is processed in compliance with FDA regulations and guidelines set by the American Association of Tissue Banks.

Bone graft material donors are screened to ensure both the quality and the safety of the final product. Serological testing ensures that the final material is free of microbial contaminants. VeraGraft™ bone graft material is exposed to low doses of gamma irradiation as a final sterilization step. Both the bone graft material and the container are provided sterile. Clinicians can hydrate and mix the material in the jar provided.

The Best Clinical Uses for VeraGraft™ Demineralized Cortical Particulate Jar 0.5cc

Each VeraGraft™ Demineralized Cortical Particulate Jar 0.5cc contains enough material for periodontal defects up to the second premolar, and lateral incisor extraction sites. Larger defects can be treated by combining VeraGraft™ Demineralized Cortical Particulate Jar 0.5cc with a larger jar of the same material, or other materials for composite grafting.

Dental Implant Technologies supplies VeraGraft™ Demineralized Cortical Particulate Jar 0.5cc as well as a complete range of mineralized products when effective volumetric enhancement is desired.

Order Reliable Bone Graft Materials Today

Get better results from every surgery by choosing 0.5cc (250-1000µm) VeraGraft™ Demineralized Cortical Particulate Jar. This reliable bone graft material provides rapid and efficient remodeling for better patient outcomes.