• Cancellous particles aiding strong ingrowth
• Workable texture shaping larger defects
• Expanded volume fitting multi-site grafting
• 250-1000 um sizing encouraging open flow
• Quantity: 1 vial of 5 cc

The VeraGraft Mineralized Cancellous Bone Powder 250-1000 um 5 cc provides clinicians with a highly porous, biologically active grafting material engineered for larger regenerative needs, including ridge augmentation, multi-root extraction sites, sinus lift procedures, and extended periodontal defects. Made entirely of mineralized cancellous bone, this graft retains a naturally open architecture that supports rapid vascular penetration and early cellular migration, both essential for strong osteoconductive activity.

Its 250-1000 um particle size delivers an optimal balance of stability and permeability, helping clinicians maintain defect contours while encouraging natural bone turnover throughout the healing period. If you are not certain about what the VeraGraft Mineralized Cancellous Bone Powder 250-1000 um 5 cc is used for, it is the best VeraGraft Mineralized Cancellous Bone Powder 250-1000 um 5 cc for clinicians who need a graft capable of delivering consistent, predictable performance over larger surface areas or multi-site regenerative cases. When hydrated, the powder becomes lightly cohesive, allowing practitioners to pack and shape the material without compromising its porosity.

Many clinicians value how cancellous bone powder supports efficient tissue integration, contributing to strong graft consolidation and enhanced bone volume at reentry or implant placement. The generous 5 cc volume provides sufficient material for broad ridge shaping or multiple-site grafting within a single procedure, reducing interruptions and improving surgical workflow. This graft integrates well with membranes, biologics, and fixation aids depending on the treatment plan, and its handling profile supports controlled placement even in complex anatomical spaces.

It is also the best VeraGraft Mineralized Cancellous Bone Powder 250-1000 um 5 cc for achieving stable regenerative architecture, optimizing biologic healing potential, and supporting high-quality outcomes in advanced surgical and implant procedures.